45 results about "Process deployment" patented technology

Deployment of an application is managed using available resources from a resource system. A resource dependency characterization of the application is established to enable deployment of the application. A logical characterization and a network characterization of a desired deployment are also established. A deployment plan containing an outline for resources and configurations used for deployment is developed based on the resource dependency characterization, the logical characterization and the network characterization. The deployment plan is processed for correlation with the available resources. The processed deployment plan is then implemented.

Deployment of an application is managed using available resources from a resource system. A resource dependency characterization of the application is established to enable deployment of the application. A logical characterization and a network characterization of a desired deployment are also established. A deployment plan containing an outline for resources and configurations used for deployment is developed based on the resource dependency characterization, the logical characterization and the network characterization. The deployment plan is processed for correlation with the available resources. The processed deployment plan is then implemented.

The invention discloses a data monitoring and code automatic generation and deployment system and method. Scattered index data of continuous integration subsystems can be automatically extracted and intensively displayed, so that the index data is effectively supervised and one-stop data monitoring is better realized. A framework code of a newly created module can be automatically generated, so that the framework establishment time of the newly created module is effectively shortened, the efficiency is improved, the consistency of framework codes of software products can be ensured, and the development and maintenance are easy. Furthermore, the automatic deployment method can be used for shortening the manual deployment time of a project and improving the development and test efficiency, and a Linux script template can assist a developer to process deployment of installation packages more easily as well as copy and execution of configuration files or dependent files.

The invention discloses a device for supporting customization and running of software-as-a-service (SaaS) application processes. The device comprises a tenant perception agent module, a process description module, a process data mapping module, an execution manager and an original process engine, wherein the execution manager comprises a process deployment module, a process creation module and a process running module. The invention also discloses a method for supporting the customization and the running of the SaaS application processes. The device and method support loose coupling of process construction and business services; a developer only needs to develop basic business services; tenants are supported by the device to orchestrate complicated business processes, and thus, current process information can be automatically acquired to realize process variable access and driving of the business processes; mapping and isolation of processes of multiple tenants are realized; the device and method support that multiple tenants share one process engine; the processes of the tenants are not disturbed mutually; and software resources are fully utilized.

The invention discloses an industrial robot data processing oriented side cloud collaborative process arrangement system. The system relates to a data streaming processing and side cloud collaborativeindustrial robot data processing process deployment method and a scheme for simultaneously realizing the data streaming processing and the side cloud collaborative industrial robot data processing process deployment method on the same bottom layer operation and communication mechanism. Edge nodes and a cloud server are incorporated into a unified management system, the management convenience of an edge-cloud cooperative system is improved, data preprocessing is performed at an edge end, occupation of network bandwidth resources to upload a large amount of invalid original data to a cloud endis avoided, and streaming processing and side cloud collaboration of the data are simultaneously realized on the basis of a set of complete bottom-layer operation and communication mechanism, so thatthree beneficial effects of bringing side-end equipment into cloud unified management, automatically deploying a data processing flow of side cloud collaboration, efficiently transmitting streaming data between side clouds and operators are realized.

The invention discloses an OSD process deployment method and device of a distributed block storage system and a medium. The method comprises the steps that space of a preset disk in the system is divided to obtain disk partitions which are mutually independent logically; the target disk partition is selected, and a UUID of the target disk partition is obtained; an OSD process is built in the target disk partition, the UUID is regarded as a mount path of the OSD process, and the corresponding relationship between the UUID and the OSD process is recorded. The UUID is regarded as the mount path of the OSD process, so that a mount path of the target OSD process before system reboot is successfully found, then the stability and usability of the whole system are ensured, and security of data inthe system is guaranteed; moreover, the invention further provides the OSD process deployment device of the distributed block storage system and the medium which have the advantages.

A logistics-solution intranet system of the present invention includes a data bank that stores information regarding predetermined logistics, planning means that plans a process of a logistics solution based on the information regarding the predetermined logistics, execution means that transmits execution process information that an operation target device executes, based on the process planned by the planning means, a controller that transmits a work state of the operation target device, optimum process deployment means that controls the entire logistics-solution intranet system based on the information regarding the predetermined logistics, and a network that mutually communicatively couples the planning means, the execution means, and the optimum process deployment means to the controller, and the planning means, the execution means, and the optimum process deployment means are executed in a communication information process (a conversation method), and use identical hardware to be configured using an identical operating system.

The invention provides a server scene management method, and the method comprises the following steps that a scene manager takes the ID of a target scene as the keyword when the scene manager receives a request that a player enters the target scene, searches a scene mapping table, finds all scene entities accommodated in the target scene, and obtains the specific scene entity with the lightest load currently from the searched scene entities; the scene manager further judges whether the number of players accommodated in the specific scene entity currently exceeds the maximum value or not: automatically carries out the branching processing if the number of players accommodated in the specific scene entity currently exceeds the maximum value, or else, executes a step of adding the players to the specific scene entity. The method is advantageous in that the method employs a multi-scene process deployment configuration, maintains the operation of the scene entities through a plurality of no-difference scene processes, improves the maintenance efficiency of the scene entities, and finally improves the game experience of players.

The invention relates to the technical field of voice service, and relates to an IVR intelligent service and an implementation method thereof. The IVR intelligent service includes a cloud database, cloud computing, computer telephone integration, a program management server, a process deployment system, a user terminal and an agent terminal. The input end of the user terminal is connected with a browser and a voice navigator. wherein the voice navigation module is connected with a voice recognition module through a dual-tone multi-frequency keyboard, the process deployment system and the program management server are respectively connected with the computer telephone integration, the number of the computer telephone integration is N, the computer telephone integration is bidirectionally connected with the agent terminal, and the cloud computing is bidirectionally connected with the cloud database. A a cloud database + N computer phone integration exchange landing method is adopted; Theaccurate operation decision data service is provided for the user by utilizing the shared cloud database resource, so that the mobile phone and computer end and the telephone end are supported by thecloud database, the service of the agent terminal is correspondingly obtained, and the service operation range of the call center is expanded.

A computer-implemented business process deployment system and method are disclosed. The system includes memory which stores a design tool which receives a business process description and generates a deployment package composite based thereon. The business process description includes a set of business process activities for a business process, each of the business process activities in the set depending on abstract services for implementing the business process activity. An abstract bindings repository stores mappings between the abstract services and corresponding real services employed by an associated real service employing system. The deployment package composite is configured to bind the abstract service dependencies to the real services in the abstract bindings repository to generate a deployable business process composite that is deployable in the associated real service employing system. A processor implements the design tool.

The present application relates to a workflow process deployment method, apparatus, computer device and storage medium. The method relates to a business process optimization technology, comprising: receiving a workflow deployment request message sent by a terminal; Querying a preset workflow template library according to the request message to obtain a workflow definition template corresponding tothe request message; Returning a workflow definition template to the terminal; Receiving a workflow definition file returned by the terminal, wherein the workflow definition file is updated by a workflow definition template; The default workflow engine is called, and the workflow process deployment is carried out according to the workflow definition file through the workflow engine. The method does not need to stop and restart when the workflow process is deployed, and the efficiency of the workflow process deployment is effectively improved.

The invention discloses an apparatus and method for supporting on-demand customization and operation of a SaaS application process. The apparatus comprises a tenant perception agent module, a processdescription component, a process data mapping module, an execution manager and an original workflow engine, and the execution manager comprises a process deployment component, a process creation component and a process operation component. The invention further discloses a method for supporting the on-demand customization and operation of the SaaS application process. The loose coupling between aprocess structure and the business service is supported, a developer only needs to develop the basic business service, the current process information can be automatically obtained by the apparatus bysupporting a tenant to arrange complex business processes, and process variable access and drive of the business process are achieved; and the mapping and isolation of multi-tenant processes are achieved, multiple tenants are supported to share a process engine, the tenant processes do not interfere with each other, and software resources are fully utilized.

The invention relates to an Activiti-based process creating and deployment method. The method includes: step S1, configuring and storage of process attribute information, wherein the step specificallyincludes the step S11, carrying out process attribute configuring through using a PC client or a browser, and step S12, storing the attribute information input by a user; step S2, process creating, wherein the step includes: step S21, calling an Activiti workflow engine creation process, and step S22, reading and parsing a process configuring file; and step S3, process deployment, wherein the step includes step S31, calling an Activiti workflow engine publishing process. According to the method, creating of the processes can be simplified into configuring of node attributes on the basis of anActiviti workflow engine, and service personnel can be enabled to quickly understand, start and master operations; and configuring and creating of the processes are greatly simplified, and learning costs of Activiti process configuring and deployment are reduced.

The invention relates to a rapid deployment method and device of a cloud native system, electronic equipment and a storage medium, and belongs to the technical field of cloud computing. The method comprises the steps: receiving a one-key deployment instruction, wherein the one-key deployment instruction carries information of a target server; according to a process arranged in a Playbook process deployment tool in advance, automatically sending a software package required by deployment to the target server, and searching basic dependency software from the software package for installation; searching software from the software package, automatically deploying a dependent environment of Docker, a cloud native network and Kubernetes, automatically associating IP network segment configuration information of a container to a network plug-in through an Etcd database according to a network scene, and automatically deploying an application program. Through the embodiment of the invention, the Kubernetes and the container can be automatically deployed in a one-key manner, the network can be automatically connected, and the application program to be operated can be automatically deployed, so that the cloud native system can be quickly deployed in a one-key manner in a whole process, the deployment efficiency is greatly improved, and the labor cost is reduced.

The invention discloses a strategy transaction engine system, which provides a set of complete and rich strategy API, compiles strategy plug-ins, performs daily transaction and hedging, can be customized according to the unique requirements of a strategy quantification transaction platform and facilitates secondary development based on basic market conditions, pricing parameters, pricing results and transaction data. According to the technical scheme, the strategy interface provided by the invention forms a set of complete strategy API interface. Besides, the strategy transaction engine systemprovides a multi-process deployment mode, strategy deployment can be carried out according to different products or different exchange counters, and the strategy transaction engine system is flexibleand efficient. The number of the application threads in the strategy transaction engine system can be configured according to the configuration file, and therefore load balancing is achieved.

The invention relates to a SaaS-based custom process management and control system and method, and the system comprises: a login authorization module which is used for verifying the information of a login user, judging the authority of the user, and providing a connection interface for a mobile terminal; the model management module that is used for realizing management of a custom process model; the process deployment module that is used for deploying the process model to form a specific work process; the publishing and running module that is used for publishing and running the workflow; the method comprises the following steps: S1, logging in a custom process management and control system, and selecting a model management module; s2, obtaining a model name, a model KEY and a model description of a newly-built user-defined process model, and realizing new building of the user-defined process model; s3, drawing a flow chart; s4, obtaining a form attribute, a distribution tree and a distribution rule; s5, deploying the publishing range, the timeliness requirement and the publishing object of the custom process model; and S6, issuing and running the workflow. Compared with the prior art, the invention has the advantages of high flexibility and the like.

The invention discloses a business process management system. The system comprises a front-end module and a rear-end module, the front-end module is used for visually displaying the rear-end module; the back-end module comprises a basic data module used for providing basic data for the process design module during process design; the process design module is used for designing a business process through a process designer and converting the collected business requirements into a defined process; the process deployment module is used for deploying and publishing the definition process after theprocess design module completes the process design; and the process execution module is used for executing the defined process according to a pre-defined process processing line. The business processis optimized through process design, process deployment and process execution, standardized operation of the business process is ensured, and the working efficiency is improved.

The invention discloses an anti-fraud investigation method and a device oriented to the financial field, wherein, the method comprises the following steps: obtaining suspected fraud cases; querying adatabase according to an index of the suspected fraud cases to obtain relevant data of the suspected fraud cases; according to the preset fraud risk point strategy, matching the relevant data with thefraud risk point to determine the fraud type; an investigation strategy is determined according to the type of fraud, wherein the investigation strategy provides a reference for an anti-fraud investigator. This process systematizes the whole process deployment of fraud investigation offline, which not only saves human cost, but also improves the efficiency of anti-fraud investigation. In addition, anti-fraud investigation system can provide fraud risk point strategy and investigation strategy for anti-fraud investigators, thus improving the accuracy of fraud investigation.

The invention relates to a process engine, which comprises three parts of process design, process deployment and process operation, and the process design comprises a process and at least one activitycreation, including a process name, process description and an activity set; the association relationship between the flow and the specific service is established through flow deployment, and whethera copy mode is used for running the flow or not is selected during flow establishment; wherein the flow operation comprises a runtime flow and a runtime flow activity, and recording specific information when the flow drives the business to operate. According to the method, a new flow engine node definition design idea is adopted, flow design is simpler and more direct, and various complex business requirements are supported by repeating sub-flow activities and parallel sub-flow activities; the process deployment provides a replica mode to run the process, so that the run process is not affected when the process is adjusted.

The embodiment of the invention discloses a method for deploying business process execution language (BPEL) flows, is used for realizing the deployment of the BPEL flows, and can further realize updating of flow deployment. The method provided by the embodiment of the invention comprises the following steps that: a BPEL flow deployment monitor monitors a flow deployment directory and sends a newly-added sub-directory which is created for a new deployment unit to a BPEL directory analyzer; the BPEL directory analyzer receives the newly-added sub-directory; the BPEL directory analyzer detects whether the newly-added sub-directory comprises flow deployment files, sends deployment error correction information to the BPEL flow deployment monitor if the newly-added sub-directory does not comprise the flow deployment files, and further detects whether the deployment unit comprises deployment marks if the newly-added sub-directory comprises the flow deployment files; if the deployment unit does not comprise the deployment marks, the BPEL directory analyzer creates the deployment marks for the deployment unit and sends deployment unit information to a BPEL engine, and the BPEL engine reads the deployment unit information and performs flow deployment; if the deployment unit comprises the deployment marks, the BPEL directory analyzer checks whether the deployment unit changes; and if the deployment unit changes, the BPEL directory analyzer updates the flow deployment.

The invention discloses a flow deployment method, a device and a system. The method comprises the steps of receiving a flow call request, if a preset adjusting condition is established, calling the service type in the request according to the flow, adjusting at least one flow step in a pre-established flow in a flow knowledge base, placing the adjusted flow in the flow knowledge base, and processing a business by calling the flow corresponding to the service type in the flow knowledge base. According to the method, after the flow call request is received, the pre-established flow in the flow knowledge base is adjusted according to the service type in the request, i.e. the actual demand information on the service by a user, and enabling the pre-established flow to provide a service corresponding to the request, so that the new flow is redeployed in the flow knowledge base when the flow demand is changed by calling the adjusted flow in the flow knowledge base, the working capacity of the flow deployment can be reduced, and the working efficiency can be improved.

The invention provides a management and control method and system based on IDEA technical service SmartFlow, and the system comprises a component arrangement module, a component management module and a process deployment module. The component arrangement module is used for realizing logical arrangement of business or transaction and development of reusable components; the component management module is used for realizing the functions of business process management, process template management and business component library management; and the process deployment module is used for converting the edit-state process file into a running-state file and providing execution of the running-state file by the process engine instance. The technical problems that in the prior art, financial product development threshold requirements are high, cost is high, the period is long, and business requirements are difficult to meet are solved.

The invention discloses a process engine-based automated operation and maintenance method and system. The method comprises the following steps of S1, defining a process template, drawing a process chart and deploying the process template and the process chart in a process engine; S2, defining process nodes, and calling a subsystem API or pushing a task at each process node; and S3, performing time monitoring at each process node, and when the calling of the subsystem API fails or the pushed task is not finished, sending out a corresponding information prompt. The system comprises a process deployment module, a process node definition module and a time monitoring module. According to the method and the system, the operation and maintenance process is deployed in the process engine, and the process nodes are set to control interface calling and task pushing, so that all subsystems and corresponding tasks in an operation and maintenance center are ensured to run according to a set process; and the time monitoring is performed at the time node to ensure the efficiency of interface calling and task pushing, thereby ensuring the operation and maintenance process to run normally, orderly and efficiently.

The invention provides a configuration management database verification method and apparatus, and a readable storage medium. The method comprises the steps of obtaining at least one target process running on each server; based on the identification information of each target process on each server, determining a cloud product having a corresponding relationship with the server and a process deployment rule of the cloud product having the corresponding relationship with the server from a preset cloud product process deployment rule base; obtaining a first corresponding relationship list of eachserver based on the corresponding relationship between each server and each cloud product, and verifying the first corresponding relationship list by using the process deployment rule of the cloud product having the corresponding relationship with the server to obtain a second corresponding relationship list of the server; and based on the second corresponding relationship list of each server, verifying the corresponding relationship between each cloud product and the server recorded in the CMDB. According to the scheme, the CMDB is verified by utilizing the second corresponding relation listwith high accuracy, so that the verification accuracy and comprehensiveness are ensured.

The invention discloses a live broadcast service system and a process management method. The system comprises a live broadcast service layer and a container management layer, wherein the container management layer comprises a container management cluster, and the live broadcast service layer comprises a back-end service process and a service management process; after the service management processreceives a front-end process allocation request sent by the rear-end service process, front-end process deployment information corresponding to the front-end process allocation request is determinedand fed back to the container management cluster; and the container management cluster determines a corresponding target process mirror image file and a target server according to the front-end process deployment information, creates a target container in the target server based on the target process mirror image file, and deploys a target front-end service process in the target container. By utilizing the system, the occupation quantity of servers required by process deployment is reduced, so that physical resources of the servers are fully utilized, the occupation of the physical resources in the live broadcast service is effectively saved, and the high availability of the live broadcast service is ensured.

The invention provides a method for quickly deploying Kubernetes in a closed network environment, and relates to the field of computer software management or operation and maintenance. The method forquickly deploying the Kubernetes in the closed network environment comprises the following steps: S1, loading an initialization module, constructing a root node in the closed environment; S2, loadinga pre-check module, and confirming that the deployment environment is ready; S3, if the check is passed, executing S4; S4, specifying parameter information such as a master node, a slave node, a network address, a user name, a password and the like according to the deployment environment; S5, loading an installation module; S6, automatically pushing the master node and the slave node to deploy, connecting the root node to obtain dependent software, and sequentially executing installation. Through the technical scheme flow deployment, the deployment process gets rid of the dependence on the Internet environment, the deployment efficiency is improved, the deployment time is saved, the technical difficulty of deployment is reduced, and the deployment operation becomes simpler in a large-batchserver environment.

This is a process, with supporting apparatus, to facilitate modular software application and knowledgebase development and usage in a searchable, cumulative and automated manner.Developer and users deploy and access the application / knowledgebase with integrated process through the application call manager. A standardized data container is used to store various types of data in the entire process. Depends of user action, the process can automatically record or use parametric information of the target applications to manual or batch call applications or load knowledgebase of the applications.The standardized data container also serves a data and application call knowledgebase template and facilitates knowledge transfer between users and developers.

The invention relates to the technical field of SaaS platform operation, and discloses a device for supporting on-demand customization and operation of an SaaS application process, which comprises a tenant perception agent module, a process description module, a process data mapping module, an execution manager and an original workflow engine, the execution manager comprises a process deployment component, a process creation component and a process operation component. According to the device supporting on-demand customization and operation of the SaaS application process, in the SaaS mode, software serves as a service to be provided for a user by a software service operator, essential regression of the software is achieved, the user only uses a service mechanism which is not owned, the cost and risk problems of an enterprise on an informatization road are solved, and the development of the enterprise is facilitated. According to the method, access and driving of the process variables of the business process are achieved, mapping and isolation of the multi-tenant process are achieved, multiple tenants are supported to share one process engine, the tenant processes do not interfere with one another, software resources are fully utilized, and meanwhile the deployment cost and the maintenance cost of an enterprise are reduced.

The invention provides an installation package generation method and device, electronic equipment and a storage medium, and relates to the technical field of computers, in particular to the technical field of artificial intelligence such as cloud computing and knowledge maps. The method comprises the steps of determining a plurality of code libraries, analyzing the code libraries to obtain a plurality of target program codes, constructing a plurality of mirror image containers corresponding to the target program codes, and processing deployment information related to the corresponding target program codes in environments provided by the mirror image containers, according to the method, the target program code is sent to the server to obtain a deployment arrangement file corresponding to the target program code, and the corresponding target program code is packaged and released according to the deployment arrangement file to obtain an online installation package, so that background development of the installation package can be separated from online release deployment services; according to the method, delivery deployment requirements of various online deployment scenes can be effectively met, and one-key flexible deployment is realized, so that the generation efficiency of the online installation package can be effectively improved.