171 results about "Handle" patented technology

A computerized method for representing a data record comprising: querying a data source to obtain data selected from the group consisting of a data element in a record, and metadata concerning the record; presenting in a display a record handle for manipulation of the record; presenting in the display a data item wherein the data item is a list of data items or a reference to another record; and, optionally, presenting on the display the metadata above the data item. In some embodiments, the method includes the step of retrieving one or more heterogeneous records from a plurality of databases for display and manipulation. The invention is also a grid control programmed to implement a disclosed method and is a computer-readable medium having computer-executable instructions for performing a disclosed method. The invention links the grid control of the invention with automatic query generation using hierarchical data schema trees. Both the trees and the grid records represent relational foreign keys as extra reference columns. In the grid control, these reference columns are additional embedded record handles.

Application factoring or partitioning is used to integrate secure features into a conventional application. An application's functionality is partitioned into two sets according to whether a given action does, or does not, involve the handling of sensitive data. Separate software objects (processors) are created to perform these two sets of actions. A trusted processor handles secure data and runs in a high-assurance environment. When another processor encounters secure data, that data is sent to the trusted processor. The data is wrapped in such a way that allows it to be routed to the trusted processor, and prevents the data from being deciphered by any entity other than the trusted processor. An infrastructure is provided that wraps objects, routes them to the correct processor, and allows their integrity to be attested through a chain of trust leading back to base component that is known to be trustworthy.

The invention relates to a plug-in management method, a plug-in manager and a set top box. The method comprises the following steps of: registering a plug-in module through a plug-in manager when the plug-in module is connected with the plug-in module, and acquiring the description information of the plug-in module; receiving keyword information, sent by an application module, on querying whether a corresponding plug-in module is registered; and returning a handle of the corresponding plug-in module to the application module when the keyword information is matched with a keyword information part in the description information so that the application module revokes the functions of the corresponding plug-in module according to the handle. In the invention, by arranging a plug-in and the plug-in manager in the set top box, the modularization of set top box software is realized, the coupling of all functional modules of the set top box is reduced, the transportability of the set top box software on different products is enhanced, and the development cycle of the software is shortened; and by dynamically loading the plug-ins, the system functions are expanded and the flexibility of the product is enhanced by dynamically selecting different plug-ins in plug-ins of the same kind.

In a first embodiment, an applications programming interface (API) implements and manages isochronous and asynchronous data transfer operations between an application and a bus structure. During an synchronous transfer the API includes the ability to transfer any amount of data between one or more local data buffers within the application and a range of addresses over the bus structure using one or more asynchronous transactions. An automatic transaction generator may be used to automatically generate the transactions necessary to complete the data transfer. The API also includes the ability to transfer data between the application and another node on the bus structure isochronously over a dedicated channel. During an isochronous data transfer, a buffer management scheme is used to manage a linked list of data buffer descriptors. During isochronous transfers of data, the API provides implementation of a resynchronization event in the stream of data allowing for resynchronization by the application to a specific point within the data. Implementation is also provided for a callback routine for each buffer in the list which calls the application at a predetermined point during the transfer of data. An isochronous API of the preferred embodiment presents a virtual representation of a plug, using a plug handle, to the application. The isochronous API notifies a client application of any state changes on a connected plug through the event handle. The isochronous API also manages buffers utilized during a data operation by attaching and detaching the buffers to the connected plug, as appropriate, to manage the data flow.

Techniques are provided for use in generating call routing control scripts. The techniques permit call routing control scripts, initially generated for use in controlling a first communication system, to be adapted for use in controlling a second, different communication system. More specifically, in these techniques, values (e.g., numerical values) used to identify script-controlled objects (i.e., physical or logical entities in the first system) in the initially-generated script, are replaced with values identifying equivalent objects in the second system, to thereby facilitate creation of another script that is executable by the second system. The initially-generated script contains a section in which the object identification values used in the initially-generated script are grouped together, in association with respective logical handles/names and respective object classifications of the objects that they identify, in order to facilitate determination of the equivalent objects.

The embodiment of the invention discloses a control capture method. The control capture method comprises the steps of acquiring programs in running; detecting a target program selected from the programs in running; loading a target DLL file in a running process of the target program to display a tool main window; when a window handle acquisition operation input through the tool main window is detected, acquiring a window handle of a target window corresponding to the target program and converting the window handle into a Qt pointer; if the Qt pointer is not empty, traversing all sub-controls of the target window according to the Qt pointer and outputting a control list of the target window in the tool main window; when an operation aiming at the target control in the target window is detected, outputting a control attribute of the target control in the tool main window. The embodiment of the invention further discloses control capture equipment. By adopting the control capture method and the control capture equipment, recognition aiming at controls of a graphic user interface program based on Qt can be realized.

The invention discloses a semantic industrial network service interface system based on Handle identification. The service interface comprises a user semantic query and configuration interface unit, asemantic processing unit, a metadata information unit, a network manager communication interface unit and a terminal device communication interface unit. Through the system, the equipment and the service of the invention, a Handle identification analysis technology is adopted to carry out unified information identification, the uniqueness of information in a global range is ensured, and the identification and understanding of extranet users are facilitated; Intention-oriented semantic analysis and processing are supported, and the method is more convenient for a user to use; Network transmission quality assurance related service description is supported, and the method can be suitable for industrial network transmission.

The invention discloses a distributed storage volume online migration method, system and device and a computer readable storage medium. The method comprises the steps of obtaining a metadata object storing metadata of an original volume; creating a metadata context handle and a data context handle in a target storage pool corresponding to the migration instruction; storing the metadata object to ametadata context handle; storing an original volume information field in the metadata object to the target volume; copying the data objects in the original volume into a target volume in sequence; wherein the ID of the copied data object is recorded in the target volume; according to the method, the metadata object of the original volume is stored in the target storage pool and the target volume;according to the method, the original index relationship of data in the original volume is not damaged, the target volume can be accessed by utilizing the information of the original volume, and meanwhile, the ID of the data object is utilized to ensure that the data of the original volume can still be accessed in the migration process and the data migrated to the target volume is preferentiallyaccessed, so that non-perception online migration of the storage volume is realized.

In one form, in a method for mapping file handles, protocol data elements are created for respective file system protocols. Such a protocol data element identifies a structure of server handles for the data element's corresponding protocol. File system data elements are created for server file systems. Such a file system data element includes a file system identification (FSID) attribute. Responsive to accessing an object of one of the server file systems, a value for the FSID attribute of the corresponding file system data element is created for reconstructing the object's server handle. Creating the value includes parsing, responsive to one of the protocol data elements, an FSID of a server handle for the object.

The invention discloses a method and a system for logging in a Windows operating system. The method comprises a binding process and a login process. The binding process comprises the steps: enabling the binding tool to send key handle generation parameters obtained according to a user name to be bound to the authentication device; and correspondingly storing a certificate public key returned by the authentication device, a key handle generated according to the key handle generation parameter and the security descriptor in a predetermined file. The login process comprises the following steps: enabling a credential providing device to receive login data, acquiring a security descriptor according to a user name, and retrieving a corresponding key handle and a credential public key from a predetermined file according to the security descriptor; sending the key handle and the to-be-signed data to an authentication device; receiving a signature value returned by the authentication device andgenerated according to the private key corresponding to the key handle and the to-be-signed data; performing signature verification on the signature value by using the certificate public key, and when the signature verification succeeds, forming credential information required for logging in the system according to the user name and the password.

The invention provides a method and equipment for locally and randomly pre-reading a distributed file system file. The method comprises the following steps of: creating a pre-reading structure pointerin a file operation handle; in response to the fact that the file is read, reading and updating information in the pre-reading structure pointer, and judging whether reading is local random reading or not; and in response to the fact that the reading is local random reading and the continuous reading frequency in the updated information is greater than 1 and the current reading position is greater than or equal to the pre-reading trigger point in the updated information, carrying out pre-reading. By using the scheme of the invention, the pre-reading performance of the local random reading scene of the large file can be improved, the pressure of small io blocks on a network disk can be avoided, and the network and disk pressure of the local random reading scene of the large file can be reduced.

Embodiments of an instant recall process and system for long-term data stored on a cloud storage tier. Embodiments include saving a content handle of a file in a cloud storage tier as an extended attribute in a single file system namespace; moving the file from the cloud storage tier to an active storage tier for data processing; recalling the file from the active storage tier to the cloud storage tier upon completion of the data processing; using the content handle from hidden metadata for a working copy of the file; and saving a hash of a segment reference as part of the extended attribute.

The invention discloses a method for fast recovering mis-deleted data under a Linux system, under the Linux system, after a database is damaged by rm-rf misoperation and data is lost, the handle of a lost file is found by searching for a process number of the database, and the database is timely remedied. The method aims to realize the timely remedy on the data after the rm-rf misoperation is executed, and has the characteristic of fast and accurately searching for and effectively recovering the lost file.

The invention discloses a Handle recognition system analysis load balancing method based on a neural network. The method comprises the steps of establishing an enterprise-server mapping table, recording time sequence data, training and generating a load utilization rate prediction model and task load prediction, and updating the enterprise-server mapping table according to a prediction result. According to the invention, firstly, the enterprise-server mapping table is established to accelerate the task response speed and improve the task processing efficiency, the time sequence data and the BP neural network are used to generate the load utilization rate prediction model and improve the prediction accuracy, then the task quantity is predicted through the Elman neural network. the task quantity is input into a load utilization rate prediction model to estimate the load change of each server, and finally, a load utilization rate piecewise function and a strategy of dynamically modifying a mapping table are combined, so that the server cluster can well cope with the Handle recognition system analysis task, the utilization rate and the load balance degree of the server cluster are improved, and the time for executing the task is shortened.

An application program is run in a process supported by an operating system in a computer system. The application program is executed in a virtual machine, and the virtual machine is within the process. Loading a library for the application program includes determining whether this is the first library load instruction in the application program. If it is the first library load instruction, then the library is loaded in a first memory area, and a handle and link map to the first memory area is defined for the library. If the library load instruction is a second or subsequent library load instruction, the further library is loaded in a further memory area, also associated with the link map identifier, and a second handle to the further library is defined and stored.

The invention provides an efficient erasure distributed storage writing method and system, a medium and a terminal, and the method comprises the steps: initiating first request information to a metadata server through a client, enabling the metadata server to create metadata corresponding to a data block at a data node according to the first request information, and feeding back the correspondingblock ID information to the client; enabling the client to initiate second request information used for requesting to open a data block operation handle of the data node end to the data node end according to the block ID information; writing the to-be-stored data into the data node according to the data block operation handle, and closing the written data block. According to the method, the threadfor managing the socket link pool is established during initialization, so that the maximum utilization rate of the socket link can be ensured, the thread number and the link number of the server arereduced, the context switching of the thread is reduced, the utilization rate of a CPU (Central Processing Unit) is improved, the network pressure is reduced, the system overhead is reduced, and theservice throughput is improved.