16 results about "Representational state transfer" patented technology

Described is a digital platform for facilitating insurance-related transactions using an integrated application programming interface (API). Insurance may include workers' compensation insurance. The integrated API may include a representational state transfer (REST) API that integrates many different transactions into the platform. Transactions may include transactions between insurance agencies and agents, comparative rating entities, companies having insurance needs, or direct consumers having insurance needs. Transactions may include providing of quotes (quoting), finalizing or binding of quotes, managing policies, or pulling of support data. Actions associated with transactions may include creating a quote, getting quote status, getting policy status, or getting class appetite.

The invention discloses a data transmission method and device based on SQL query and a storage medium, and relates to the technical field of data processing.The method comprises the steps that configuration parameters input by a user in a visual configuration page are received; a configuration file in a YAML format is generated based on the configuration parameters, the configuration file comprises data source connection parameters, structured query language (SQL) query statements, a target transmission mode, target transmission mode configuration corresponding to the target transmission mode and a triggering mode, and the target transmission mode comprises mail transmission, RESTful transmission or Webhook transmission; establishing a connection with a target database according to the data source connection parameter, executing the SQL query statement, and obtaining query data from the target database; according to the target transmission mode and the target transmission mode configuration, the query data is sent to the target receiving end through the target transmission mode, the technical problem that in existing data transmission, different transmission targets need to be independently configured, so that operation steps are tedious is solved, and the configuration efficiency of data transmission is improved.

A device (120) comprising the following: at least one memory (122) in which computer-readable instructions are stored which, when executed by at least one processor (124) coupled to the at least one memory (122), cause the at least one processor (124) to: to receive data from a web service client (150), wherein the data includes at least one operational request associated with a vendor-neutral application programming interface (API) procedure, wherein the at least one operational request includes at least one request to configure a tenant VPC in a Smart NIC (132), and wherein the vendor-neutral API procedure includes a RESTful data model (Representational State Transfer Web API); which modify at least one operational requirement to match a Fabric data model; Decomposing the modified at least one operation requirement into a multitude of operations that act on data associated with a vendor-specific API method, where the vendor-specific API method differs from the vendor-neutral API method; and Performing the multitude of operations that act on the data using the vendor-specific API method for passing to the vendor firmware (160).

A system is presented that provides event consumer application deployment control within at least one electronic event mesh. The system may be configured to: utilize representational state transfer (REST) application program interface (API) architecture to generate an event consumer application that comprises a first set of code that is based on the REST API architecture (REST API-based code); deploy the first set of REST API-based code to the at least one electronic event mesh; evaluate at least one performance of the first set of REST API-based code within the at least one electronic event mesh; and utilize the at least one performance of the first set of REST API-based code to determine whether to cancel or complete deployment of the event consumer application.

The invention discloses a network switch management method, device and equipment based on a expressive state transition interface and a storage medium, and relates to the technical field of switch management, and the network switch management method based on the expressive state transition interface comprises the steps: receiving a configuration instruction of a request end; calling a management function through the expressive state transition interface, executing the configuration instruction on the network switch, and returning an operation result to the request end; acquiring operation state data of the network switch through the expressive state transition interface, and generating a historical report; and periodically verifying the consistency of the configuration state of the network switch through the expressive state transition interface. The efficiency of network equipment management can be improved.

In one embodiment, a method may use one or more Representational State Transfer (REST) Application Programming Interfaces (APIs) to receive data associated with a web application from a first user interface (UI) client device. The method may use the one or more REST APIs to determine a stateless operation by performing stateless pre-processing on the data associated with the web application and one or more contextual features associated with the stateless operation. The method may determine an augmented notification by applying an augmentation operation on the one or more contextual features and the stateless operation. The method may determine a stateful operation using the augmented notification. The method may receive a request for an update on the data associated with the web application from a second UI client device. In response to receiving the request, the method may communicate the stateful operation to the second UI client device.

A Representational State Transfer (REST)-Simple Message Transfer Protocol (SMTP) protocol gateway (RSPG) is disclosed that includes capabilities for accessing and processing REST Application Programming Interfaces (APIs) using SMTP. The RSPG receives a first email message, extracts information from the received first email message and constructs a REST API call based on the extracted information. The RSPG invokes the REST API call against a REST endpoint and receives a response generated from execution of the REST API call. The RSPG generates a second email message based on the response and causes the second email message to be communicated to an intended recipient of the response of the REST API call.

In one embodiment, a method may use one or more Representational State Transfer (REST) Application Programming Interfaces (APIs) to receive data associated with a web application from a first user interface (UI) client device. The method may use the one or more REST APIs to determine a stateless operation by performing stateless pre-processing on the data associated with the web application and one or more contextual features associated with the stateless operation. The method may determine an augmented notification by applying an augmentation operation on the one or more contextual features and the stateless operation. The method may determine a stateful operation using the augmented notification. The method may receive a request for an update on the data associated with the web application from a second UI client device. In response to receiving the request, the method may communicate the stateful operation to the second UI client device.

The application discloses a network switch management method and device based on a representational state transfer interface, equipment and a storage medium, relates to the technical field of switch management, and the network switch management method based on the representational state transfer interface comprises the following steps: receiving a configuration instruction of a request end; calling a management function through a representational state transfer interface, executing the configuration instruction on a network switch, and returning an operation result to the request end; obtaining running state data of the network switch through the representational state transfer interface, and generating a history report; and periodically verifying the consistency of the configuration state of the network switch through the representational state transfer interface. The application can improve the efficiency of network equipment management.

This network node includes: a transmission unit that transmits an initial registration request to a registration authority in a Certificate Management Protocol (CMP) via an Application Programming Interface (API) based on a Representational State Transfer (REST) architecture; and a reception unit that receives a response to the initial registration request from the registration authority via the API. The transmission unit transmits a certificate request to an authentication authority in CMP via the API, and the reception unit receives a certificate response from the authentication authority via the API.

In one embodiment, a method may use one or more Representational State Transfer (REST) Application Programming Interfaces (APIs) to receive data associated with a web application from a first user interface (UI) client device. The method may use the one or more REST APIs to determine a stateless operation by performing stateless pre-processing on the data associated with the web application and one or more contextual features associated with the stateless operation. The method may determine an augmented notification by applying an augmentation operation on the one or more contextual features and the stateless operation. The method may determine a stateful operation using the augmented notification. The method may receive a request for an update on the data associated with the web application from a second UI client device. In response to receiving the request, the method may communicate the stateful operation to the second UI client device.

A network backbone fault management system (NBFMS), for use with an Open Radio Access Network (ORAN) with a plurality of ORAN components includes a network operations center (NOC) storing computer instructions which instantiate one or more computer engines including a KAFKA® engine, a representational state transfer (REST) engine, a Query engine, a Rule engine, an Insights engine and an API engine. The NOC stores data in a cache and / or in a data lake coupled thereto. The KAFKA engine may monitor a data stream for event data published by an ORAN component. The Rules engine specifies types of event data to be monitored. The Rest engine determine whether relevance of environment data to an event, degradations of an ORAN component and elevations of a degradation. The Query engine retrieves data lake data. The Rule engine performs health checks for ORAN components.

The present invention relates to a computer-implemented method for the automatic detection of cyber vulnerabilities in an application programming interface or API, for example having a Representational State Transfer or REST architecture, a GraphQL or gRPC architecture. Furthermore, the present invention also relates to a system for the automatic detection of cyber vulnerabilities in an application programming interface or API, in particular having a Representational State Transfer or REST architecture, gRPC or a GraphQL architecture as well as a computer program product for the automatic detection of cyber vulnerabilities in an application programming interface or API, in particular having a Representational State Transfer or REST architecture, a gRPC or a GraphQL architecture.

According to one or more embodiments of the disclosure, an example process herein may comprise: receiving a request into an extensibility platform from an entity, the extensibility platform configured in part by one or more solution packages; determining a type of the request and a particular corresponding solution package of the one or more solution packages; performing role-based access control on the request based on a corresponding role-based access control configuration for the type of the request as configured within the particular corresponding solution package; and forwarding, in response to appropriate access of the entity based on role-based access control, the request to a particular representational state transfer endpoint for the type of request as defined by the particular corresponding solution package, wherein the particular representational state transfer endpoint processes the request.

The application provides an industrial model platform implementation method and system, comprising the following steps: step 1: submitting industrial model running code, model parameter files and image construction command files to a code warehouse according to preset specifications; step 2: compiling the industrial model running code and the model parameter files in the code warehouse into images and storing the images in an image warehouse of the platform; step 3: auditing industrial models that need to be shared on the platform, and putting the industrial models on the platform and displaying the industrial models after the auditing; and step 4: running the industrial models on the platform, and calling and managing the industrial models through a representational state transfer application program interface. The method solves the problem that industrial models are separated from each other and independent, and the same mechanism industrial models are repeatedly developed, enables the platform to integrate the achievements of various industrial model research and development units, and realizes co-creation, sharing and intercommunication of the industrial models.

A method for managing multiple representational state transfer (REST) requests using a transaction management process coupled to a cluster of computer-executed server processes. The method receives a first request to start a transaction associated with a data access process coupled to a database. The method acquires a database connection in an open state and a unique transaction identifier for the transaction. The method receives a plurality of REST queries, each of the plurality of REST queries associated with a corresponding transaction identifier. The method determines that, for at least one of the plurality of REST queries, the corresponding transaction identifier does not match the unique transaction identifier and proxy the corresponding REST queries to a selected server process. The method receives a second request to end the transaction. In response to the second request, the method completes the transaction and change the database connection to a closed state.