9 results about "Layout manager" patented technology

The invention provides an oil service general component function and communication integration system and an application method, the system comprises a standard parameter decision module, a layout management module, a wrapper module, an adapter module and an integration component, the standard parameter decision module is used for defining well site related professional standard parameters; the adapter module comprises one or more adapters, and each adapter is matched with the component type of the integrated component and is used for carrying out initialization configuration on the corresponding component, receiving standard parameters from the wrapper and transmitting the standard parameters to the corresponding component; the wrapper module comprises one or more wrappers and is used for receiving and storing standard parameters of the well site data management system, tracking matched adapters based on loading marks and packaging the standard parameters corresponding to each component; the layout manager is responsible for managing all the packers, and configuration and tracking of all the packers are achieved. By adopting the system, the problem that each subsystem is difficult to control flexibly in the prior art can be solved, and organic integration of functions and communication of different components is realized.

The invention relates to the technical field of computer software, and aims to solve the problem that multiple engines cannot adapt to different scenes through automatic configuration under a SpringBoot framework. The method for rapidly switching the program underlying network engine based on the SpringBoot framework comprises the steps that an operation project and a packaging project are separated, the packaging project is completed through a user-defined starting entry class, a user-defined Layout layout manager and a customized ClassLoader, and rapid switching of the underlying network engine is completed by using the user-defined Layout layout manager. According to the scheme, through dynamic dependence management during operation, multiple versions do not need to be pre-packaged or codes do not need to be modified, zero-cost switching of the network engine is achieved, the requirement for rapid adaptation of engines at home and abroad with a certain difference is met, and storage and maintenance expenses of multi-version packaging are avoided.

The application belongs to the technical field of computer software, and aims to solve the problem that multiple engines under a SpringBoot framework cannot adapt to different scenes through automatic configuration. To this end, the application provides a method for quickly switching the underlying network engine of a program based on a SpringBoot framework, which comprises a separated running project and a packaged project. The packaged project is completed through customizing a startup entry class, customizing a Layout layout manager, and customizing a ClassLoader. The quick switching of the underlying network engine is completed through using the custom Layout layout manager. The scheme realizes the zero-cost switching of the network engine through runtime dynamic dependency management, without the need of pre-packaging multiple versions or modifying codes, and adapts to the quick adaptation requirements of domestic and foreign engines with certain differences, thereby avoiding the storage and maintenance overhead of multiple versions of packaging.

The invention discloses a data item loading method and a related device, and relates to the technical field of data processing.The method comprises the steps that in response to longitudinal sliding of a current data item list of a RecyclView component, the last visible data item in the current data item list serves as the current data item; and based on the current data item list and the current data item, rewriting an inheritance class method to obtain a current view containing more loaded views. And judging whether the current data item is the last data item in the current data item list or not on the basis of a Layout Manager component of the Recycler View component. If yes, the next data item list of the current data item list is loaded, and the current view is refreshed. According to the method, the original class is packaged by the inheritance class, more functions are loaded in a non-intrusive manner on the basis that the original class is not damaged, the performance stability of the Recycler View component is maintained, and the loading effect is improved.

The invention discloses a method for dynamically modifying initial positions of sub-assemblies in each row of a rolling layout and spacing of the sub-assemblies, which comprises the following steps of: initializing a grid layout manager, setting the number spanCount of each row and a longitudinal layout direction according to a design drawing, and endowing Recycler View to the grid layout manager; initializing the custom loop layout decorator, and inputting the parameters into the custom loop layout decorator; the method comprises the following steps of: endowing a user-defined cyclic layout decorator MyItemDecraft with Recycler View (Recycler View); the method comprises the following steps: executing a rendering process by a Recycler View of the Android; according to the method, a Recycler View is used, a grid layout manager Grid Layout Manager is set, and when the width of the Recycler View and the number of sub-assemblies in each row are fixed, rolling layout of a unique style can be achieved; the method comprises the following steps of: obtaining a specific offset of each sub-component which is modified when the sub-components are drawn in a list through a self-defined loop layout decorator MyItemDecraft, and determining a drawing area corresponding to each sub-component through the offset, namely, the width of Recycler View and the number of the sub-components in each row are fixed, so that the drawing area of each sub-component can be determined, and the drawing area of each sub-component can be determined. And the initial positions of the sub-assemblies in each row of the rolling layout and the spacing of the sub-assemblies can be freely changed.

The invention relates to the field of automatic service, in particular to a sensor visual calibration method based on Qt and ROS, which comprises the following steps: creating a visual user interface by using a Qt framework, and designing a layout manager to realize an interactive control; creating a publisher node, and sending data or a control instruction to other ROS nodes; the point cloud data and the laser scanning data are preprocessed, and point cloud feature extraction is carried out by using a point cloud radius filtering algorithm and a developed point cloud feature extraction algorithm; processing and analyzing the point cloud data to realize calculation of an affine transformation matrix; inputting transformation parameters, and automatically calculating a corresponding affine transformation matrix; point cloud data are updated in real time, parameter values and changes of corresponding point cloud are displayed, and accurate fusion and efficient processing of laser radar and camera data are realized by integrating user interface design of a Qt framework, multi-sensor data fusion capability of ROS, advanced point cloud processing technology of PCL and high-performance three-dimensional visualization function of VTK.

Methods, systems, and computer storage media for providing a universal flat file set in a synthetic image that can be mounted as a container (i.e., a synthetic container) to support isolation and interoperability of computing resources. A synthetic image file system engine provides container management for a container management system, the synthetic image file system engine performing synthetic operations to support resource isolation and operating system (OS) virtualization functionality. In particular, a layout manager operates with a synthetic engine interface to support generating a synthetic image with an optimized configuration (i.e., pre-alignment of executable files and pre-computed hashes thereof). In operation, a plurality of files are accessed for generating a synthetic image. The synthetic image is generated for the plurality of files while pre-processing executable files, where pre-processing one or more files includes pre-aligning executable files in the synthetic image or pre-computing hashes of executable files in the synthetic image.

Disclosed are an integrated development system and method for a user interface platform for responsive or adaptive web implementation. The integrated development system for the user interface platform may comprise: a development tool which provides a screen file development environment using a WYSIWYG method to create a screen file source in which a user interface platform is constructed with structured components; a server which provides a resource for screen file development to the development tool and in which the developed screen file source is registered; and a client which includes a client engine for loading the screen file source which has been requested and received from the server, and is executed in a browser window to provide the user interface platform corresponding to a linked device, wherein the development tool may include a layout manager which supports screen development according to a responsive or adaptive web.

Disclosed are an integrated development system and method for a user interface platform for responsive or adaptive web implementation. The integrated development system for the user interface platform may comprise: a development tool which provides a screen file development environment using a WYSIWYG method to create a screen file source in which a user interface platform is constructed with structured components; a server which provides a resource for screen file development to the development tool and in which the developed screen file source is registered; and a client which includes a client engine for loading the screen file source which has been requested and received from the server, and is executed in a browser window to provide the user interface platform corresponding to a linked device, wherein the development tool may include a layout manager which supports screen development according to a responsive or adaptive web.