325results about How to "Implement the call" patented technology

The invention discloses a micro-service invocation method based on a heterogeneous micro-service framework system. In this method, at the time of registering micro-services of different micro-serviceframeworks, registration has already performed in a register center of each micro-service framework in a unified register center. Therefore, after the micro-service obtains the service list from the registry, the micro-service of other frameworks can be called according to the service list, thereby realizing the invocation among the micro-services of the heterogeneous micro-service frameworks, andrealizing the direct communication across the micro-service frameworks. The invention also discloses a micro-service invoking device based on a heterogeneous micro-service framework system, a heterogeneous micro-service framework system, a micro-service invoking device and a computer-readable storage medium, which can also realize the technical effect.

The invention discloses a cross-link data transmission method, system and device suitable for a license chain scene. The method comprises the following steps of step 1, setting a main chain, wherein aplurality of participants are arranged on the main chain; setting permissions of the main chain, wherein the permissions are final judicial power capable of obtaining the trust of all the side chains; step 2, creating the side chains, wherein the side chains are created by at least one of the plurality of participants on the main chain; step 3, deploying intelligent contracts used for cross-chaininteraction on the main chain and the side chains; and step 4, carrying out cross-chain data transmission on the main chain and the side chains. According to the cross-link data transmission method,the cross-link data transmission is realized in the license chain scene in a safe, flexible and de-centralized mode. According to the technical scheme, the cross-link contract calling can be realized.

A system of calling communication component remotely comprises client end test module for forming test script and using script to form test message being sent to tested end as well as for receiving call result returned back from tested end, server end test module for obtaining API interface name and parameter and calling a corresponding API interface function to realize call of communication component as well as for sending call result to test end. The method for calling communication component remotely is also disclosed.

The invention discloses a method and device for dynamically loading and calling a program. The method comprises the steps that a main system initiates a calling request for a calling program, the calling program loads a called program to generate a relevant handle and a file, a living example of the calling program is obtained, the calling program assigns the living example of the calling program to a living example of the called program, the calling program initiates the calling request for the called program, the main system calls a method corresponding to the calling program according to the life cycle of the program, and the calling program calls a method corresponding to the called program according to the life cycle of the called program. By means of the scheme, the program can be loaded and called only by downloading a program package, and the mode for a user to use the program is simplified.

The invention provides a pedestrian position detection and tracking method and system. The pedestrian position detection and tracking method comprises the following steps: acquiring a video stream ina preset scene, sequentially inputting frame-by-frame images in the video stream into a face detection model, and outputting a face position and a face size target frame of a pedestrian in the video stream; estimating a pedestrian target frame according to the body characteristics of the pedestrian and the face size target frame, fusing the estimated pedestrian target frame with the result of thepedestrian target frame detected by the background subtraction method, and performing correction to obtain a corrected pedestrian target frame; obtaining a position corresponding to the corrected pedestrian target frame according to a mapping relationship between the pedestrian target object and a preset scene geographic position; and calculating the centroid of the corrected pedestrian target frame to serve as the centroid of the pedestrian target of the corresponding frame image, and tracking the centroid of the pedestrian target of each frame image in the preprocessed video stream to realize pedestrian tracking. The method has good detection and tracking effects, and the influence caused by multi-target overlapping is avoided.

The invention discloses a method, a system, a server and a client for calling a remote component, wherein the method for calling the remote component comprises the following steps of: setting a stub application module and the remote component in the server, wherein the stub application module is used for loading the remote component, generating a remote component object and providing interface service of the remote component; and receiving a remote component calling request from the client, operating the remote component object, and providing a calling result of the remote component object for the client through the stub application module. The invention improves the stability, reliability and flexibility of the system.

The invention provides a calling method of terminal application, a terminal device and a UICC (Universal Integrated Circuit Card). The calling method of the terminal application comprises the steps: a machine card interface module receives a start application command sent by the UICC, analyzes the start application command, obtains a card end application identifier and data information and sends the identifier and the data information; and a terminal application manager receives the card end application identifier and the data information sent by the machine card interface module, obtains a terminal application identifier corresponding to the card end application identifier, starts the terminal application corresponding to the terminal application identifier and provides the data information to the terminal application. By using the terminal device comprises the machine card interface module and the terminal application manager. The calling method of the terminal application, the terminal device and the UICC provided by the invention, the terminal application in the terminal device is realized by the UICC and interaction effects are improved between the UICC and the terminal device.

A Web service operating conditions management system based on rules is disclosed, comprising: a container monitor module and a self-adaptive management module, wherein the container monitor module comprises: a monitor management interface and a distributive management interface; the self-adaptive management module comprises: an information analyzer, a rule parser, a module executor, a management module library and a rule library, wherein the monitor management interface performs various monitors and operations to the container; the distributive management interface is mainly used for packaging the operating data in the Web service container as Web service resources; the information analyzer analyzes the operating data submitted by the distributive management interface; the rule parser parses the rules principally for the purpose of finding out the corresponding management module for service execution; the module executor invokes the management module library for execution according to the parsing result. The invention forms a management framework for Web services via the rule-based independent management mechanism, which advances the manageability and quality of service of the Web services; and the invention is able to utilize the standardized RuleML rule to self-adaptively adjust in terms of operation state and rules of the system.

The invention provides a method and a device for realizing multi-core parallel at a TEE side, a computer system and the like. The method comprises the following steps: a TEE creates a plurality of sub-threads, wherein the sub-threads are used for realizing sub-functions of a TA deployed at a TEE side; for each sub-thread, the TEE triggers a rich execution environment (REE) to generate a shadow thread corresponding to the sub-thread, and the operation of the shadow thread promotes a core running the shadow thread to enter the TEE; and the TEE schedules the created sub-thread to the core where the corresponding shadow thread is located for execution. By utilizing the method, a plurality of service logics in the service with high performance requirements can be operated in parallel in the TEE, and the TEE triggers the REE to generate the thread and automatically enters the TEE side, so that active kernel adding at the TEE side is realized, and the parallel flexibility of the TEE side is improved.

The invention discloses a multi-channel numerical control system and a multi-channel control method thereof. The method comprises the following steps that: step one, a plurality of PLC logic control modules are stored in a numerical control system and a data mapping zone is arranged respectively for each PLC logic control module; step 2, a display system is used to obtain a channel configuration parameter including the activation channel number and a management system invokes the PLC logic control modules with the number corresponding to the activation channel number so as to activate a plurality of channels; and step 3, the management system sends control data of each channel to the data mapping zone of the channel in real time, so that the multi-channel PLC system carries out execution. According to the invention, multi-channel logic processing mutual interference can be avoided and the design difficulty of the PLC logic control module can be simplified. Moreover, invoking and synchronization between channels can be realized and the processing process can be ensured to be carried out successfully.

The invention provides a cross-platform authorization method based on a resource convergence gateway. The method comprises the steps that after receiving a user information authorization request, sent by an application, on a third-party open platform, the resource convergence gateway forwards the user information authorization request to the third-party open platform; the third-party open platform guides user authorization and returns an authorization code to the resource convergence gateway, and the resource convergence gateway returns the authorization code to the application; or, after receiving the user information authorization request, the third-party open platform guides the user authorization and returns the authorization code to the application; the resource convergence gateway carries the authorization code to apply for an access token to the third-party open platform and returns the obtained access token to the application; the resource convergence gateway carries the access token to apply for corresponding user information to the third-party open platform and returns the obtained user information to the application. The invention further provides the resource convergence gateway and a cross-platform authorization system.

An embodiment of the invention discloses a method for invoking interfaces. The method includes receiving interface invoking information transmitted by an optional browser kernel in a multi-kernel browser; converting formats of parameters; utilizing the converted parameters as input parameters and invoking target interface functions corresponding to interface identifiers. The interface invoking information contains the interface identifiers and the parameters which are required for invoking the target interfaces, and data types of the parameters are supported by the optional browser kernel. Data types of the converted parameters are preset first data types. The embodiment of the invention further discloses a device and a terminal for invoking the interfaces. The method, the device and the terminal in the embodiment of the invention have the advantage that the interface invoking efficiency can be improved by the aid of the method, the device and the terminal.

The invention discloses a timing system contract triggering and calling method based on blockchain technology, and relates to the technical field of intelligent contracts; and a system contract is executed automatically by each node of each block. A user subscribes the system contract to register a transaction executed in the future or call the contract. The registered contract is called in certain block in a determined way loyally via the system contract. The whole system comprises a blockchain system supporting intelligent contract, system contract codes and a system contract execution system. The system contract defines contents including subscription, buffer memory triggering, an automatic execution inlet and substituted execution. The system contract execution system is realized in the bottom layer of the blockchain. Thus, calling of the automatic execution inlet of the system contract is initiated in a specified time point, and the subscribed contract is triggered and called.

The invention discloses a DAPP development method and device. The method comprises the steps that a first calling request sent by a client side is received, and the first calling request comprises a first calling identifier and contract information; a first calling interface module corresponding to the first calling identifier is searched; When a first deployment request which is sent by the client and contains the network identifier of the appointed block chain is received, the first calling interface module determines an intelligent contract template corresponding to the appointed block chain based on the network identifier, and maps contract information to the intelligent contract template to generate an intelligent contract deployed on the appointed block chain; And the second deployment request containing the smart contract is sent to an appointed block chain to enable the appointed block chain to deploy the smart contract. According to the method and the device, the technical problem that the DAPP needs to be repeatedly developed on different block chains in the development process in related technologies can be solved.

The embodiment of the invention provides a cross-cloud service call processing method, a gateway server and a requester server, which can reduce the maintenance cost of address information of each service provider in a distributed system comprising public cloud and private cloud to a certain extent. The method comprises the following steps: a server requester acquires a target service identifier of a called target service provider and a private cloud gateway address from a registration center of a private cloud, therefore, the service calling request is sent to the private cloud gateway; and the service calling request is sent to a private cloud gateway, so that the private cloud gateway forwards the service calling request to a public cloud gateway and forwards a service calling feedbackmessage fed back by the public cloud gateway to the server requester, and the service calling request comprises the target service identifier and a private cloud gateway address; and then, the serverrequester receives the service call feedback message.

The invention relates to a processing method and device for achieving API calling and a system for achieving an API. The method comprises the following steps: calling any deployed API interface, and receiving a corresponding interface calling request through a unified access point; according to the loaded interface metadata, carrying out dynamic verification on interface parameters in the interface calling request; after the dynamic verification of the interface parameters is successful, loading corresponding service logic processing objects for the interface parameters; and transmitting interface parameters to the service logic processing object, so that the service logic processing object responds to the interface calling request. The system comprises an API data module used for storinginterface metadata; the external object packaging module is used for packaging the business logic processing object and the parameter verification object; and the API interface calling processing module is used for processing all the received interface calling requests by adopting unified logic, and the adopted unified logic is used for realizing the method. According to the invention, the API interface can be flexibly expanded.

The invention discloses a JavaScript code virtualization protection method based on front-end bytecode technology. According to the method, on the one hand, an idea of code virtualization is introduced, and a code virtualization protection scheme of a JavaScript source code level is provided through studying and borrowing principles of a binary-code virtualization protection method. Execution logic of JavaScript code is protected through analyzing and introducing design details such as a virtual-machine architecture, a virtual instruction set, a virtual interpreter and instruction mapping encoding rules; and on the other hand, the virtual interpreter is realized on the basis of the front-end bytecode technology, and the new front-end bytecode technology is used to carry out improvement andcompilation on the virtual interpreter of the JavaScript virtualization protection scheme to realize a core module of the hidden virtual-machine architecture. Through combination of two aspects of technology, virtualization can be used to improve strength of JavaScript code protection, efficiency of WebAssembly can also be used to reduce additional overheads brought by a virtualization process, and security of front-end key-code can be effectively improved.

The invention discloses a method and a system for embedding a local application program window into a browser in Linux. The method includes: the browser acquires a plugin object in a browser plugin, the plugin object starts a local application program progress to allow the local application program window to be embedded into the browser, the plugin object then calls a plugin interface in the browser plugin, the plugin interface communicates with the local application program through DBus (data bus) in Linux to complete related calling. By the method, the webpage speed for starting related files of the local application program is increased, and accordingly faster and more convenient reading, browsing and office work are achieved.

The invention provides a method and a device for calling a business application during a call. The method comprises the steps that a call application unit used for controlling a call application is triggered during a call to start a recording business application so that a user can record information in the business application; and a command of returning to and storing a call interface triggered by a user after information recording is completed is received by the call application unit and is sent to, stored in and announced to the business application, so that the information recorded by the user is stored in the business application, the call interface is opened, and prompts of storage of new information in the business application are displayed after the call is finished. By adopting the method and the device, the purpose of rapid recording during the call can be achieved.

The invention relates to the technical field of surface treatment, in particular to an electrochemical burring device and a burring process thereof. The invention mainly performs the burring of a casting through the electrochemical process, and the burring device comprises an operating platform and a tool fixture capable of moving freely. The operating platform comprises an operating window for fetching the tool fixture, and an electrode connected with an anode. The tool fixture comprises a base fixture and a top cap fixture capable of being buckled with the base. Due to that the tool fixture is connected with a cathode, the top of the operating platform is connected with the anode, the end top of the red copper electrode is of 0.2-1 mm lower than the top surface of the through hole on the side deviated from a conducting device of the top cap fixture, the invention can greatly enhance the work efficiency, save the labor cost, and the alloy-steel casting is hardly of electric breakdown during the burring of the alloy-steel casting, thereby protecting the integrity of the alloy-steel casting.

The invention discloses a remote memory volume management method and a remote memory volume management system of a Docker container. The method comprises building, loading, unloading and destroying operations of a remote memory volume. The operation of building the remote memory volume comprises the steps of when a remote memory volume management process receives a remote memory volume building request, acquiring an IP address of a storage node from a storage server cluster, and recording a mapping relation between a remote memory volume name and the IP address of the storage node; the operation of loading the remote memory volume comprises the step of when the remote memory volume loading request is received, connecting to the storage node, wherein the agent process of the storage node loads the remote memory volume to a local node; the operation of unloading the remote memory volume comprises the step of when a remote memory volume unloading request is received, informing the agent process to unload the remote memory volume; and the operation of destroying the remote memory volume comprises the step of when a remote memory volume destroying request is received, informing the agent process to release remote memory volume resources. According to the method provided by the invention, the IO performance of the application in the Docker container on the local node is improved.

The invention discloses a method and system for dynamically downloading an application program to a user recognizing module, and a user recognizing module supporting the method. An application server forms the machine code of the application program to be downloaded into several data and transmits them to the user recognizing module; a monitoring module for the user recognizing module recognizes the received application program data and then send them to an application program management module, which writes the program code to an internal memory and stores program identification and code address information, as well as obtains the memory address of the program code according to the program identification as calling the application program, and then executes the program. The method can dynamically download a program code to a user recognizing module in a form of machine code, and call and delete the program in the user recognizing module.

The invention is suitable for the technical field of webpages, and provides a webpage request handling method and device. The webpage request handling method comprises the following steps: triggering a webpage request according to user operation events in a webpage; intercepting the webpage request, and judging whether the type of a URL in the webpage request is a preset type or not; when the type of the URL in the webpage request is the preset type, mapping the local function of a browser according to the type of the URL in the webpage request; calling the local function of the browser, and returning the local function to a response page. The request is triggered when the user operation events are generated in the webpage to intercept the URL carried in the request; when the intercepted URL is the URL with the specific type, the URL with the specific type is mapped into the local function of the corresponding browser to be called, so that the calling of the local function of the browser except the rendering engine by the webpage is realized.

The invention discloses an English teaching system based on an intelligent terminal. The English teaching system comprises a teacher terminal, a server and a student terminal. The teacher terminal and the server are connected through the Internet, and the server and the student terminal are connected through the Internet. The server is used for storing and releasing difficult problem data sent by the student terminal, receiving answer data and measurement and control test data sent by the teacher terminal, sending the data to corresponding student terminal accounts, and storing the data into a corresponding database. The teacher terminal is used for sending a task which needs to be completed in each day and answering difficult problems through visiting the server and also is used for receiving data sent by the student terminal, sending targeted measurement and control tests to students according to the received data, completing the evaluation of a measurement and control result, and sending a result of measurement and control to a corresponding student terminal account. According to the English teaching system, the sharing of teaching resources and targeted training are realized, and the learning efficiency and learning interest of the students are improved.

This invention discloses a cooperative process system of mobile communication terminals including at least an applied layer module and a coorperative layer module connected with it including: a storage unit storing universal data kind information and applied module information related to it, a cooperative process unit used in enquiring applied module information related to the current universal data kind in the storage unit based on the universal data kind used by the current applied module in the applied layer module and calling one of the applied modules according to the selection to cooperate with the current applied module. This invention also discloses a cooperative process method of mobile communication terminals.

The present invention is applicable to the technical field of simulation, and provides a simulation method and apparatus of a space-ground integrated management system. The method comprises the steps of receiving simulation configuration parameters, and selecting a corresponding simulation sub-system according to the simulation configuration parameters, wherein the simulation sub-system comprises at least one of a constellation simulation system, a physical link layer simulation system, a star-earth inter-star channel simulation system, and a communication protocol simulation system, and the constellation simulation system, the physical link layer simulation system, the star-earth inter-star channel simulation system, and the communication protocol simulation system are connected with each other by using RTI interfaces and perform data transmission; and building a corresponding simulation model for the selected simulation sub-system, and performing simulation by using the simulation model. Through adoption of the method, integrated management and simulation can be performed on the physical layer link, the communication protocol and the constellation, simulation verification can be performed on the satellite communication system and the data acquisition system, and the method supports research and development of multiple satellite communication systems and data acquisition systems.

The present invention relates to a method and a system for constructing multiple trigger mechanisms based on external data to execute a smart contract in a blockchain network. The method comprises that: a smart contract is published in a blockchain network to wait for completion confirmed by all participants in the smart contract; a trigger component in the blockchain network performs calling of external data according to custom trigger mechanisms in the smart contract, and releases transaction broadcast information to the distributed nodes of the entire network after polling that the externaldata satisfies any of the trigger mechanisms; and finally, the distributed nodes of the entire network respectively call and verify the external data corresponding to the triggered smart contract. By using the method and system for constructing multiple trigger mechanisms based on external data to execute a smart contract in a blockchain network provided by the present invention, calling of theexternal data can be implemented for the smart contract on the blockchain, the calling of the external data can be taken as a trigger basis for the corresponding smart contract, and it is ensured thatindependent and complete execution of the smart contract can be implemented once the smart contract is triggered, so that the smart contract is expanded to implement support on the complex application scenarios.

This invention provides a method for realizing automatic verification of a form and communication among multiple systems. The method comprises the following steps: a server side create an html form, and the server side re-draws the form to a display container; a user side clicks a form element, and sends a triggering event for clicking the form element to the server side; according to the triggering event for clicking the form element, the server side realizes multi-field automatic combined verification of the drawn form through a built-in verification process engine, and sets data calling and binds data in the display container; the server side puts the verified form into the display container; and when the user side clicks the form element, the server side achieves remote procedure calling and cross-domain calling of field data through a built-in network service. By adopting the method provided by the invention, the higher degree of abstraction of the form is achieved through the multi-field automatic combined verification, and multiple platforms can be automatically switched; the form is filled automatically according to the associated fields; and thus, the development difficulty is effectively reduced.

The invention discloses a method, a system and a device for calling the internet service capacity through value-added services. The method comprises: a capacity management and control gateway corresponding to the value-added services receives a use request of calling the internet service capacity through the value-added services of a user terminal, and transmits a capacity control request to a value-added service capacity integration platform VACP attributed by the value-added services; the VACP controls an internet service platform to perform service capacity call processing on internet services according to the capacity control request; the internet service platform transmits a service capacity call processing result to the value-added service platform attributed by the value-added services through an internet capacity gateway and the capacity management and control gateway; and the value-added service platform transmits use information to the user terminal according to the capacity call processing result. Therefore, the method, the system and the device can perform centralized control on calling of the internet service capacity through the value-added services.

The invention discloses a method for realizing business process automation by managing, calling and monitoring an RPA robot, which comprises the following steps: newly adding a robot on a platform system, and finishing uploading and deploying a robot code; completing the flow registration, defining the workflow and the nodes thereof, and setting the workflow priority; obtaining a workflow instancelist by calling a platform robot starting API and starting the robot; the robot is called and automatically pushes the process management instance to advance or retreat; and the robot state information is updated and returned to the platform system for data statistics and data visualization. According to the invention, RPA management, calling, data transmission, data callback, business rollback and other operations are realized, customer analysis of data is realized, and sufficient data analysis support is provided for flow improvement and efficiency improvement in the future.