8 results about "Atomic component" patented technology

The invention relates to the technical field of software development, and provides a dynamic arrangement type invoicing method and system, and the method comprises the steps: building a code-level atomic component library; packaging a corresponding flow node component for each atomic component in the flow editor, and providing a drag-and-drop atomic component arrangement flow interface; the atomic component arrangement process precondition verification is realized; generating a self-defined DSL of an atomic component arrangement process; the invoicing process executor is responsible for analyzing the DSL and calling and executing the atomic component according to an arrangement process; a local invoicing tagging interface and function are realized, an invoicing process executor is called, and an invoicing transaction is closed. The invention provides an invoicing mode which supports online editing and is based on capability arrangement, rearrangement of the invoicing transaction process can be dynamically realized only by adjusting the arrangement process of the atomic component online by utilizing the draggable process editing interface, and diversified configuration requirements of the invoicing transaction process are effectively met.

The application discloses a data visualization method, device and product, relates to the technical field of image display, and aims to realize the capability of autonomously completing dynamic display of a data topology graph based on different display intentions. The method comprises the following steps: determining a display task based on an input target display intention; acquiring data information corresponding to the display task from a first database and determining a data analysis result; acquiring a matched first atomic component from a second database based on the data analysis result; the first database stores application information of product use of all users; the second database stores at least one atomic component; after determining that a second atomic component needs to be generated, constructing a first prompt word based on the data analysis result; generating the second atomic component based on the first prompt word; and determining and outputting a corresponding topology graph based on the first atomic component, the second atomic component and the data processing analysis result.

Provided in the embodiments of the present application are an interconnection method, an electronic device, and a computer-readable storage medium, which are applied to a server side and can set a target configuration file for the interconnection between a first client of a service system and a second client of a target system. A generation process of the target configuration file comprises: on the basis of an acquired configuration file, generating an interconnection task flow of the target configuration file; selecting a corresponding atomic component from a preset atomic component library according to the interconnection task flow, and mounting the same to a task node of the interconnection task flow, so as to obtain a second task flow; determining an access interface of the target configuration file according to the interconnection task flow, configuring an access port of the target system into the second task flow, and then packaging the second task flow as the target configuration file; and, when the first client needs to interconnect with the second client, acquiring a calling request sent by the first client or second client to call the access interface, so as to achieve the interconnection between the first client and the second client.

The present disclosure provides a method and system for determining relative positions of atomic components, an electronic device and a medium. The method comprises: adding a first atomic component to a background layer; determining whether the background layer contains a second atomic component; if yes, determining the relative positions of the first atomic component and the second atomic component according to coordinates; if no, determining the relative positions of the background layer and the first atomic component according to coordinates; wherein the first atomic component is an atomic component to be added, and the second atomic component is an atomic component that has been added to the background layer. The present disclosure determines the relative positions of the first atomic component and the second atomic component or the relative positions of the first atomic component and the background layer according to the result of determining whether the background layer contains the second atomic component. The present disclosure can obtain the relative positions of the atomic component dragged into the background layer and the background layer or the atomic component that has been added, improve the efficiency of designing atomic components, and improve user experience.

The invention discloses a cross-technical-framework atomic component loading method and device, and relates to the technical field of the Internet, and the method comprises the steps: creating a user-defined component; introducing a preset loader to the target item; in the target project, registering a user-defined component based on a loader; and using the custom component in the target item. According to the method and the device, multiplexing of the component in a project of a cross-technical framework is realized, an isolated running environment is created, so that the component does not cause negative influence on a host project, a way for customizing the component during running is also provided, and the use requirements of samples can be met.

This application proposes a docking method, electronic device, and computer-readable storage medium, applied to a server, which can set a target configuration file for docking between a first client of a business system and a second client of a target system. The generation process of the target configuration file includes: generating a docking task flow based on the obtained configuration file; selecting corresponding atomic components from a preset atomic component library and attaching them to the task nodes of the docking task flow according to the docking task flow to obtain a second task flow; determining the access interface of the target configuration file according to the docking task flow and configuring the access port of the target system into the second task flow; and then packaging the second task flow into the target configuration file. When the first client needs to dock with the second client, it obtains the call request sent by the first client or the second client and calls the access interface to achieve docking between the first client and the second client.

The invention discloses an application building method and device, electronic equipment and a nonvolatile storage medium. The method comprises the following steps: in response to a first configuration instruction triggered in a front-end interaction interface, determining a target atomic component and / or a target material resource; determining layout information corresponding to the target atomic component and / or the target material resource; determining a linkage logic relationship between the target atomic component and / or the target material resource; and loading the target application according to the layout information and the linkage logic relationship. According to the method and the device, the technical problems of low cloud network application construction efficiency and poor maintainability caused by the fact that front-end development of cloud network convergence services in related technologies depends on manual writing of graphics library codes by professionals are solved.

The present invention relates to the field of software development technology, and provides a dynamically orchestrated invoicing method and invoicing system, the method comprising: establishing a code-level atomic component library; encapsulating a corresponding process node component for each atomic component in a process editor, and providing a drag-and-drop atomic component orchestration process interface; implementing atomic component orchestration process precondition verification; generating a custom DSL for the atomic component orchestration process; implementing an invoicing process executor, which is responsible for parsing the DSL and calling and executing the atomic component according to the orchestration process; implementing a local invoicing coding interface and function, calling the invoicing process executor, and closing the invoicing transaction. The present invention provides a capability-based orchestration invoicing method that supports online editing. By utilizing a draggable process editing interface, the invoicing transaction process can be dynamically rearranged by simply adjusting the orchestration process of the atomic component online, effectively responding to the diversified configuration requirements of the invoicing transaction process.