460 results about "File copying" patented technology

The method, program and system secures sensitive data/objects found in a data source document with an editor. The simple editor identifies and displays, in situ, the sensitive words/objects per each security level. Level tags are inserted and adjunctive words/objects are marked/displayed per the level's protocol. The precursor document is processed to extract sensitive and adjunctive words/objects. The stripped data is either separately stored or partial versions of the secured document are stored per protocol. A comprehensive editor secures content data and meta data contained in a data document object model (DOM). The editor maps the source document root, branch and leaf components as binary files populated with content data and meta data. Security introns, earlier identified based upon the level's informational attributes, are excluded. Security exons are copied from the source content and meta data binary files into a security safe document (template). Filtration, extraction, dispersal and storage follow.

A copy/move graphical user interface apparatus and method. The apparatus displays a graphical user interface informing a user of a current status of a copy/move operation. The graphical user interface includes progress bars indicating the progress of a current file copy/move operation as well as the overall copy/move operation. The graphic user interface further includes estimated times of completion and a listing of files that are in a copy/move queue. Additionally, the graphical user interface allows a user to modify the order in which files are copied/moved and to skip or delete files in the copy/move queue.

A method and apparatus for dynamically balancing the loading of data storage facilities is described. A listing is acquired of locations and loading of all segments of a requested data object including all copies of the segments of the requested data object. Those storage devices containing copies of each segment of the data object having a least loading is selected. If the loading of the storage devices is greater than the maximum loading for the storage devices, the segment is designated to be copied. The presence of all segments of the requested data object is determined. If there are missing segments of the requested data object, each of those missing segments is assigned a file identification and file location, such that those missing segments are assigned to data storage devices having the least loading. The missing segments are retrieved from a back-up storage device.

Techniques and mechanism are provided for deciding which storage device (or devices) a file should be stored on. These determinations can be used to guide either the placement of new files or the replication or migration of existing files to new storage volumes. These determinations may be made on the basis of simple rules, involving a small number of readily ascertainable file attributes.

A method and apparatus are provided for filling a gap of missing data using source specified data. The method includes analyzing a first set of data representative of utility consumption for a plurality of days to determine clusters of days of the week having similar utility consumption. The method further includes generating an individual profile of utility consumption for each cluster, and copying data from at least one individual profile into the gap to form a second set of data without any gaps. A system for filling a gap of missing data using source specified data includes a microprocessor programmed to copy data from at least one individual profile into the gap, and to adjust the copied data up or down to account for local trend information adjacent to the gap.

A computer implemented method for safeguarding files, comprising the steps of designating a location on a first computer for storage of files to be safeguarded, selecting certain of the files to be safeguarded from the location based upon predetermined selection criteria, copying the selected files to be safeguarded to a second computer, deleting the selected files from the first computer, processing the selected files to be safeguarded on the second computer, and storing the selected files to be safeguarded in a restricted access database. In a second embodiment, the file is copied to a second computer, but not deleted from the first computer, in addition to all other steps of the method. The invention also includes an apparatus for carrying out the methods of the invention.

An optical disc comprising computer-readable instructions is provided. The computer-readable instructions include a backup application. When the optical disc is inserted into an optical drive of a data source, such as a personal computer, the operating system of the data source automatically launches the backup application. The backup application is configured to find files on the data source that satisfy search criteria, which can be predefined or user-selected. The backup application copies those files to a networked storage such as a storage area network or a server of a commercial service provider.

A method, apparatus, and computer instructions for managing files in a data processing system. An attribute for a file is specified as having a special designation. The file with the attribute having the special designation is processed, by the operating system, in a different manner from other files when performing operations, such as, for example, copying the file to a removable media, printing the file, or sending the file over a network.

A method for dynamically augmenting printer drivers, by providing a GUI for selecting plug-in modules, and dynamically adding the selected plug-in modules. Addition and deletion of plug-in modules do not require uninstallation and reinstallation of the currently installed printer driver. Plug-in modules implement optional or model-specific functionalities, including feature sets, Page Description Languages (PDLs), and Renders. Settings for plug-in modules are stored in heap-allocated private devmode structures, which may be deallocated when plug-in modules are removed. Methods include copying DLL files to a printer system folder, checking compatibility of the plug-in DLL files, adding registry entries, plug-in module installing itself, adding GUI tabs, and downloading plug-in modules stored at a remote storage over the network. In an embodiment, registry entries are checked for any plug-in modules, and the corresponding DLL files are copied from a server to a client.

The invention relates to a file information output anti-leakage and tracing method and system. The method comprises the steps of deploying a file information output operation monitoring service system in a file information output terminal; when the file information output terminal performs file information output operation, automatically performing information anti-leakage processing in file information output contents by the file information output operation monitoring system, wherein the anti-leakage processing includes the addition of invisible watermark information; performing one or more of screen switching, screen shooting, screen video recording, file copying and printout operations on file information of the file information output terminal; and converting carrier contents after file information output into image data in an electronic format, running a watermark information extraction identification program to detect the watermark information, and performing file information leakage tracing operation. According to the method and the system, the technical difficult problem of tracing after leakage of screen shooting and printout modes of the file information output terminal can be solved on the premise of not influencing the visual effect of right reading of users.

A method is disclosed for communicating using a device having a Palm OS. SMB is preferentially used to communicate with a node, and if use of SMB is not possible, FTP is used, and if use of FTP is not possible, Bluetooth is used. If FTP or Bluetooth is selected as the protocol, file sharing between the device and node that entails a read or write is executed by temporarily copying a file to an internal Palm OS memory of the device, performing the read or write on the file, and then copying the file back to the node to overwrite a previous version of the file at the node. For non-Palm OS file transfer to the internal memory, the file is wrapped in a Palm OS stream in the internal memory for executing reads or writes. For file transfer to an expansion Palm OS memory card, byte-to-byte copying of the file is executed using the FAT of the expansion memory, with the file being transferred through an internal Palm OS memory of the device.

The invention discloses a data disaster backup control system which comprises a data loss identifying device, a main and standby switching executing device, an archive log file application device, a log disc switching device and an online log file application device, wherein the data loss identifying device is in charge of inquiring a data state of a standby database to check whether data loss exists and calling the main and standby switching executing device if the data loss does not exist; the main and standby switching executing device is used for starting the standby database and confirming that the state of the standby database is available; the archive log file application device is in charge of applying an archive log file in a log file disc and an archive log file in a log file copying disc to the standby database; the log disc switching device is in charge of deleting the log file disc from a server in which the standby database is set, controlling a control disc controller to add the log file copying disc to the server in which the standby database is set and enabling the standby database to access the log files in the disc; and the online log file application device is called by a control engine device and is in charge of applying an online log file from the log file copying disc to the standby database.

The invention is suitable for the technical field of computer data transmission and provides a method and system for uploading files in a classifying and batching mode. The method comprises the steps that a terminal classifies the files in folders to be uploaded according to filename extensions, corresponding uploading subfolders are set up according to different file types, folder names of the uploading subfolders comprise the folder names and the file types of the folders to be uploaded, the files are copied to the uploading subfolders with the folder names comprising the file types of the files, the uploading subfolders are compressed into packages with names the same as the folder names of the uploading subfolders, and the packages are uploaded into storage servers. According to the method and the system, the files of a plurality of types are classified and uploaded to the different storage servers, the defect that the file batch uploading function is operated for many times due to difference of the file types is overcome, error and leakage of uploading are reduced, and the work efficiency is improved.

A master file may be created and stored on a client computing device. Changes to the master file may be made locally at the client computing device. The master file may be selected for replication using an associated replication property. Changes to the master file may be replicated to a connected computing device such as a server. Changes to a replica of the master file may be made at the connected computing device. If they do not conflict with local changes the to master file, changes to the replica may be replicated back to the master file.

A method for editing rich media content in a computerized device. The rich media content is stored in a static or binary file. The binary file is copied into storage operatively attached to the computerized device and decompiled and component s of the rich media content are extracted, (FIGS. 5&6). Properties of the components of the rich media content are presented and the properties are edited, (FIGS. 5&6). Preferably, during editing the modified rich media content is displayed in real time. An edited file including modified rich media content is stored preferably in lieu of the original binary file:

The invention discloses a file copying method and a terminal, and relates to the technical field of electronic products. The method for copying a file is simple and efficient to operate. The method comprises the following steps of: when a file/folder icon is pulled into a control is detected, storing and displaying the pulled file/folder icon in the control; storing the storage catalog of a file/folder expressed by the pulled file/folder icon; and when the file/folder icon is pulled out to a target file catalog from the control is detected, copying or cutting the file/folder expressed by the pulled file/folder icon to the target file catalog from the storage catalog. The embodiment of the invention is mainly applied in the file copying process, and can conveniently and quickly realize copy of the file when the terminal does not support a functional combined key.

System and methods for precise detection of file system events for user operations during file sharing and synchronization across different end user devices and geographical locations. Corresponding to a user operation, a multitude of file system events is automatically generated. For different types of user operations (e.g. ‘File Create’, ‘File Rename’ et al.) involving different types of files (e.g. Microsoft PowerPoint, Microsoft Word, PDF et al.), an assortment of file system events are automatically generated. A profiler that detects the exact file system events for corresponding user operations is designed. Methods for identifying and matching the detected file system events to corresponding user operations are developed. Through those developed methods, further methods are developed for large-sized file sharing (e.g. large file copy) between multiple end users and resolving conflicts in simultaneous file change requests.

Systems and methods of electronic or digital document management allow satellite offices, sites or facilities to replicate some documents in a shared or common electronic document repository, while storing other documents only locally, while allowing document management functions seamlessly across an enterprise independent of whether the electronic or digital documents or files are replicated to a shared or common repository, for instance a central electronic or digital document repository.

The invention discloses a method and a system for incremental backup of virtual machine data based on Qcow2 snapshots. The method includes the following steps: creating a virtual machine on the basis of a first image file in a qcow2 format, and installing user environment and data; copying the first image file in the qcow2 format into a second image file of the qcow2 format; creating a first snapshot of the first image file of the qcow2 format; operating the virtual machine, and updating the first image file of the qcow2 format; suspending operation of the virtual machine, and creating a second snapshot of the qcow2 format; restoring the operation of the virtual machine; analyzing the first snapshot of the qcow2 format and the second snapshot of the qcow2 format, and combining a difference part between the two snapshots with the second image file of the qcow2 format. Therefore, incremental backup of the data of the virtual machine in the cloud computing virtualization field is realized, and time for data backup and consumption of network bandwidth are reduced substantially.

The invention discloses a method for encrypting files by adopting an encryption sandbox, which borrows ideas from the sandbox principle. When opened, a filed is copied and reoriented to a virtual disk, and all editing operations are performed in the virtual disk; when closed (or every once in a while), the file is encrypted and copied and covers the original file to achieve the effect of encryption. All files stored in the virtual disk are temporary files which can be deleted, but the deletion can not influence a system, which is just like a sandbox. With the method, the stability of encryption and decryption can be improved and the policy setting can be simplified.