13 results about "Lazy loading" patented technology

The invention relates to the technical field of system application, and discloses an online document processing method and system based on structured storage, and the method comprises the steps: splitting content elements of an online document into blocks, and carrying out structured storage as independent objects; querying basic information of the document, loading data according to a document block pageBlockId list, creating a component according to the loaded data, constructing a component tree, and performing document rendering by using a lazy loading technology; the method comprises the following steps: abstracting documents and document blocks as objects, synchronizing the objects to a graphic database, modeling a relationship between the documents and the document blocks as an edge in the graphic database, and converting the relationship between the documents into a graphic data structure; when the document content changes, the storage interface is called to store the changed document block, and the online document is automatically stored, the document content is structurally stored in the block form, dynamic updating of the online document is achieved, the reference relation between the documents is stored and managed, and the relation between the documents is visually and clearly displayed.

The application provides a Spring application lazy loading method based on container life cycle control, and comprises the following steps: S1, loading a custom container factory through an SPI mechanism, creating a custom lazy loading container and setting the container as a default container context; S2, executing a Spring container standard refresh process, completing Bean definition loading and BeanPostProcessor instantiation registration; S3, executing to a finishBeanFactoryInitialization step, skipping a preInstantiateSingletons full pre-instantiation method of a BeanFactory; S4, executing to a refresh completed stage, intercepting container ready event publishing and returning a main thread quickly; and S5, after application startup is completed, starting a background asynchronous thread to load a Bean and publish a container ready event; and the method solves the management and control problem of "importing and loading".

Embodiments of the present disclosure provide a virtual machine startup control method and device based on cloned cloud disks and electronic equipment. The method comprises receiving a lazy loading request sent by a virtual machine to a cloud disk of an elastic block storage, obtaining target snapshot data, and sending a snapshot download request to a mirror center to download at least two snapshot copies. The cloud disk is used to store data resources required for starting the virtual machine. The snapshot copy is mirror data of the data resources required for starting the virtual machine. The target snapshot data is data resources required for a target function of the running virtual machine. Each cloud disk is connected to a corresponding snapshot copy to obtain log files corresponding to the at least two snapshot copies respectively. The cloud disk loads the log files corresponding to the snapshot copies to form a cloned cloud disk, and starts the virtual machine based on the cloned cloud disk. By downloading multiple snapshot copies from the mirror center during lazy loading, the performance of the cloud disk is improved.

The application provides a virtual scrolling webpage data extraction method, system, medium and device, which comprises the following steps: after the initialization of a browser environment is completed, a first operation acting on a target webpage is received, a lazy loading mechanism of virtual scrolling is triggered in response to the first operation, full data is preloaded to the page, and the collection of enhanced data is realized by cyclically executing scrolling operations, waiting for data extraction and other operations; then, based on the total data dictionary obtained through the collection, non-continuous index traversal and detailed data collection are performed; finally, the complete data collected is output in a preset format, and the intermediate result is saved to the local. The method can realize complete, efficient and adaptive collection of full, non-continuous and multi-type key-value structured data in a virtual scrolling webpage, and can balance the environment authenticity, data integrity and execution robustness.

The present disclosure involves systems, software, and computer implemented methods for dynamic data chunking and intelligent lazy loading. An example method includes determining a scrolling velocity of a user interacting with a graphical user interface that is displaying a first data portion of a data set. A size is determined, of a second portion to retrieve, based at least on the scrolling velocity. A first request is sent to retrieve the second portion of the data set. The second portion is received and at least a portion of the second portion is included in the interface. A threshold portion of the second portion is determined at which to send a second request. A determination is made that the user has scrolled the interface such that at least the threshold portion of the second portion is displayed. The second request is sent to retrieve a third portion of the data set.

Techniques are disclosed relating to providing fast access to restored data in a cloud storage environment. A computing system stores multiple sets of incremental backup data that reflect changes in data being backed up between backup intervals and metadata that indicates which set of incremental backup data stores a given object. The computing system generates an endpoint for a requesting computing system, where the endpoint supports requests for restored backup data and data responses. In response to a request from the requesting computing system via the endpoint, the computing system queries the metadata based on the request and stores metadata retrieved from the query in a key / value store using object identification information as key data and the retrieved metadata as value data. The computing system provides requested data according to a lazy loading technique, including providing requested data via the endpoint based on the metadata in the key / value store.

This disclosure provides a lazy loading method, apparatus, device, and medium for authorizing large-scale resource trees, including: obtaining the authorization operation node corresponding to the device authorization request; if the authorization operation node corresponds to a leaf resource node, determining the authorization attribute identifier of the group resource node to which the leaf resource node belongs and determining the authorization attribute identifier of the root resource node to which the leaf resource node belongs; if the authorization operation node corresponds to a group resource node, updating the authorization attribute identifier of each leaf resource node contained in the group resource node and determining the authorization attribute identifier of the root resource node to which the group resource node belongs; if the authorization operation node corresponds to a root resource node, updating the authorization attribute identifier of each group resource node contained in the root resource node and the authorization attribute identifier of each leaf resource node; and lazy loading and displaying the target resource tree based on the trigger node position of the trigger display operation. This effectively improves the loading efficiency of the resource tree.

The application discloses a low-code platform-oriented delayed activation type front-end component loading system and method, and relates to the technical field of front-end development. In view of the performance bottleneck problem of a low-code page runtime, the scheme comprises the following steps: a component registration and scheduling module registers component meta information, listens to events and coordinates processes during page initialization; a resource lazy loading module divides resource blocks according to components, provides paths, receives scheduling instructions to asynchronously load resources, and triggers degradation in case of failure; a component proxy wrapping module generates node descriptions and proxy wrappers, mounts listeners, and switches to real components after receiving an activation signal; an activation strategy engine module standardizes activation conditions, monitors hit conditions, and sends activation signals according to priorities; a life cycle control module hosts life cycle hooks, rebinds and controls side effects; and a state keeping and data bridging module caches data, injects real components and synchronizes states. The application is used for improving overall page performance and user experience.

The invention belongs to the technical field of computers, and particularly relates to an organizational structure information display method and system. According to the method, the complete organizational structure tree data is loaded to the front end at one time, so that interaction delay caused by frequent network requests in a traditional lazy loading scheme is avoided, operations such as unfolding and folding of a user can be instantly responded on the basis of local data, and the user experience is improved for the loaded total data. Through a mode of dynamically removing visual elements corresponding to all brother nodes of a current target node, only a small number of nodes on a current focusing path need to be rendered at any moment, so that the situation of interface jamming caused by one-time full-amount rendering in a traditional mode is avoided, and through cache paging and a selected state, the page rendering efficiency is improved. And all child nodes under the father node are mounted again during the folding operation, so that the smooth unfolding, folding and batch operation experience is provided while the large-scale hierarchical data is efficiently processed.

The invention provides an iOS mobile terminal-oriented data delay loading method and system based on a GraphQL protocol, and related equipment. The method comprises the following steps: receiving a stream segment load transmitted by a server based on a GraphQL protocol, and analyzing a causal fence identifier in the stream segment load; based on the causal fence identifier, establishing and maintaining a causal fence state for a key value corresponding to the stream segment in a standardized cache of a client; inputting the causal fence state into a user interface hydration engine of a client, and performing causal fence verification on fragments in a waiting queue in the user interface hydration engine; and when the causal fence verification meets a dependent closure, submitting a user interface update transaction of a corresponding segment by utilizing the user interface hydration engine.

The invention belongs to the technical field of data processing, and relates to a page conversion method which comprises the following steps: receiving a page viewing request triggered by a user; extracting an access path from the page viewing request, and obtaining routing configuration corresponding to the access path; based on routing configuration, loading the Mar kdown file in a lazy loading mode; analyzing the Mar kdown file based on an analysis tool to obtain analysis content; calling an HTML page template, and obtaining a target style and a target script; based on the target style and the target script, using a template engine to inject the analysis content into an HTML page template to generate an HTML page; and performing display processing on the HTML page. The invention further provides a page conversion device, computer equipment and a storage medium. In addition, the invention also relates to a block chain technology, and the HTML page can be stored in a block chain. The method can be applied to page conversion scenes in the financial field and the medical field, the Mar kdown content can be automatically and accurately analyzed, the HTML page is generated, and the loading performance and development efficiency of the document are improved.

Techniques are disclosed relating to providing fast access to restored data in a cloud storage environment. A computing system stores multiple sets of incremental backup data that reflect changes in data being backed up between backup intervals and metadata that indicates which set of incremental backup data stores a given object. The computing system generates an endpoint for a requesting computing system, where the endpoint supports requests for restored backup data and data responses. In response to a request from the requesting computing system via the endpoint, the computing system queries the metadata based on the request and stores metadata retrieved from the query in a key / value store using object identification information as key data and the retrieved metadata as value data. The computing system provides requested data according to a lazy loading technique, including providing requested data via the endpoint based on the metadata in the key / value store.

The invention relates to the technical field of research and development frameworks, and provides a page loading method and device, computer equipment and a readable storage medium, and the method comprises the steps: packaging an independent component in a to-be-loaded page into a lazy loading component supporting asynchronous loading, and generating a loading control parameter corresponding to each lazy loading component; monitoring the position relationship between each lazy loading component and a viewport in real time through a viewport detection mechanism, and triggering asynchronous loading of the lazy loading component when any lazy loading component meets a preset viewport related condition; before loading of the lazy loading component is completed, rendering a placeholder element corresponding to the lazy loading component in the to-be-loaded page; and dynamically adjusting the trigger condition, the retry times and the placeholder element style of each lazy loading component according to the business scene and the loading control parameter corresponding to the to-be-loaded page. According to the method, the coarseness limitation of traditional lazy loading is broken through, and an efficient and stable technical solution is provided for the fields sensitive to performance and reliability, such as finance and medical health care.