555 results about "Root directory" patented technology

An client-side performance optimization system for streamed applications provides several approaches for fulfilling client-side application code and data file requests for streamed applications. A streaming file system or file driver is installed on the client system that receives and fulfills application code and data requests from a persistent cache or the streaming application server. The client or the server can initiate the prefetching of application code and data to improve interactive application performance. A client-to-client communication mechanism allows local application customization to travel from one client machine to another without involving server communication. Applications are patched or upgraded via a change in the root directory for that application. The client can be notified of application upgrades by the server which can be marked as mandatory, in which case the client will force the application to be upgraded. The server broadcasts an application program's code and data and any client that is interested in that particular application program stores the broadcasted code and data for later use.

The present invention relates to a fine-granularity files and directory edition management method based on snapshots, belonging to the multi-version document system field. The present invention separates a name space consisting of files and dirnames in a whole file system from an edition space representing the generating periods of different editions, and adopts relatively independent strategies to execute management, forming a hierarchical two-dimensional structure, i.e. forming a hierarchical structure from a root directory to a file in the name space; in the edition space, the editions of files and directory are organized through an index structure chronologically, forming a hierarchical structure in the edition space. The retrieval of the name space adopts an index strategy based on dynamic hash. The retrieval of the edition space adopts an index strategy based on a red-black tree. The directory edition and file edition respectively adopt a red-black tree structure variant aiming at the respective characteristics. The present invention can greatly improve the usability and the performance of the system, and controls the amount of consumption of time and space resulting from the maintenance of historical editions in an acceptable scope.

Techniques for systematically gathering, organizing, and storing diagnostic data related to multiple monitored systems (e.g., multiple instances of a product or multiple products). A centralized repository is provided that is organized in a hierarchical manner to facilitate proper organization of the diagnostic data related to multiple monitored systems. In one embodiment, a root directory comprising one or more subdirectories is provided for storing diagnostic data collected for each monitored system. Multiple root directories may be provided under a common base directory for storing diagnostic data corresponding to multiple monitored systems. This enables correlation of diagnostic data across multiple monitored systems.

Servers in a storage system store a nested multilayer directory structure, and a global index that is an abstract of the directory structure. The global index identifies respective portions of the directory structure that are stored in respective ones of the servers, and the global index identifies paths through the directory structure linking the respective portions. Upon performing a top-down search of the directory structure in response to a client request and finding that a portion of it is offline, the global index is searched to discover portions of the directory structure that are located below the offline portion. The global index may also identify the respective server storing each of the respective portions of the directory structure, and may indicate whether or not each of the respective portions of the directory structure is known to be offline.

A method and system for hosting one or more virtual dedicated servers on a hosting computer system is disclosed, such that accessing the system utilities and application programs is carried out remotely via a data network. After creating each virtual dedicated server by assigning a sub directory tree derived from the root directory of the hosting computer file system as its root directory tree, placing operating system utilities, program(s) to be executed by the virtual dedicated server and/or hard links to the program(s) on the sub directory tree, data incoming through the communication port(s) of the computer system is intercepted. Upon identifying a request for service, the data is processed so that the virtual dedicated server to which the request is directed can be identified and the request is forwarded to the service provider.

A memory system includes a nonvolatile semiconductor memory and a controller which controls the semiconductor memory, the memory system being inserted into the host device. The host device further includes a file management system which allocates a cluster defined in a FAT file system to write data and manages the data allocated to the cluster by using management data including a file allocation table defined in the FAT file system and a directory entry. The directory entry includes a root directory entry serving as entry information of a root directory of an uppermost layer and a sub-directory entry serving as entry information of a sub-directory belonging to the root directory. The file system allocates the plurality of clusters in a predetermined range in which addresses are serial to the management data.

The invention discloses a safe startup method for a Linux embedded system and belongs to the field of information safety. The safe startup method for the Linux embedded system comprises that: a bootstrap loader is operated in a Linux embedded device to load Linux kernel; the Linux kernel checks whether predetermined encryption/decryption equipment is connected to the Linux embedded device; if thepredetermined encryption/decryption equipment is connected to the Linux embedded device, a cipher text of the Linux file system data is transmitted to the encryption/decryption equipment for decryption, the decrypted clear text of the Linux file system data is transmitted to an internal memory, a system root directory is mounted, and other operations for starting up the Linux embedded system are continuously executed; and if the predetermined encryption/decryption equipment is not connected to the Linux embedded device, the operation for starting up the Linux embedded system is stopped so as to guarantee the information safety of the Linux file system data.

The invention provides a Docker container-based log acquisition method and apparatus. The method comprises the steps of receiving a container creation instruction input by a user, wherein the container creation instruction carries identifier information of a host; sending the container creation instruction to the host according to the identifier information of the host to enable the host to create a Docker container, creating a folder corresponding to a container root directory, creating a host root directory and a corresponding target address on the host, and mounting a folder corresponding to the container root directory into the target address corresponding to the host root directory, wherein the container creation instruction carries container folder mounting parameters, and the corresponding target address comprises an identity code of the Docker container; sending a container starting instruction to the host, thereby enabling the Docker container of the host to write generated logs in the folder corresponding to the container root directory in a classified manner; and obtaining a folder corresponding to the Docker container from the target address according to the identity code of the container in the target address, thereby obtaining the logs in the folder.

Objects contained within enormous geographically distributed virtual file servers spanning thousands (or even millions) of organizations are each assigned globally unique object identifiers, enabling the implementation of highly distributed indexing and retrieval operations. The file system API (application programming interface) is extended to provide a search capability. A search request targeting a specific domain creates a parallel namespace anchored in that domain's root directory. The parallel namespace, containing directories and links to all objects satisfying the search criteria, may be navigated using the standard file system API. Relevance scores, added as new members of the file attribute structure, enable the construction and presentation of views that convey where the centers of expertise associated with the search matter are located. In addition, a wide range of methods addressing the scalability issues associated with integrating retrieval operations into the fabric of geographically distributed virtual file servers are disclosed.

In order to use video contents created according to DVD video in DVD audio, audio and video sub-directories are located under a root directory. The video sub-directory includes video contents and their management information. The audio sub-directory includes audio contents and their management information. The video management information can only access the video contents. However, the audio management information can access not only the audio contents but also the video contents.

Displaying storage device-generated menus for playback includes connecting a storage device to a host capable of playing back video content, and presenting to the host a root directory through which a content selection file allows selecting video files for playback through user-storage device interaction, and, optionally, one or more service files that provide various useful information that are also playable back through user-storage device interaction. This typically further includes displaying a Main Menu that represents these files and playing Main Menu items as regular video files/contents. While the content selection file is played back, a content selection menu is generated by the storage device and displayed by the host, and each content selection menu item is playable by transmitting a playback command to the storage device rather than to the host. A storage device is also provided, which uses such method.

The invention discloses a memory expanding method, a device and a terminal based on an Android system. The method comprises the steps of connecting a data file and a cache file under a system data partition with a corresponding file under a backup folder, storing into the backup folder, and reconnecting the data file and the cache file with a corresponding file of a memory card root directory; connecting the data file with the cache file in the memory card root directory or the backup folder into a corresponding file under the system data partition according to the plug-pull state of a memory card; when the memory card is at the mount state, carrying out dynamic switch on the data file and the cache file in the system data partition and the memory card, and at the same time, copying file data generated while installing an application program into a directory corresponding to the memory card root directory. With the adoption of the method, the device and the terminal, the purposes that a user objective installation program is installed into a memory card when the memory card is available, and the expansion of the system data partition under the Android operation is realized.

The invention discloses a method for caching local temporary files into embedded browser, which comprises the steps: establishing a subdirectory for each webpage which needs to perform temporary file cache in a root directory of the temporary file cache, and saving temporary files only for resources in the webpages in which the subdirectory is established; and traversing the temporary file cache, and if transcripts exist in the resources, only using data in the cache without downloading other data on line. Through the technical scheme of the invention, the method can improve the efficiency of accessing the webpages by the embedded browser.

The present invention provides method and device for realizing computer safety and enciphering based on identity confirmation. The method includes confirming the identity of the user, verifying the safety of hardware, generating one random number as dynamic cipher key output, reading out enciphered content from the hidden hard disc sector, deciphering the enciphered content and setting it in the partition table and the root directory position, jumping the BIOS program to the boosting hard disc sector and handing the control authority to the operation system. The device includes cipher key storing unit, hardware safety detecting unit, identity confirming unit and enciphering engine unit. The present invention is flexible and can raise the system safety.

The invention discloses a multiple operation system switching method applicable to ARM (advanced risc machine) framework mobile equipment and belongs to the technical field of an operation system of mobile equipment. The multiple operation system switching method includes: initializing equipment for internal storage, internet equipment, a watchdog and I/O (input/output) firstly after the ARM framework mobile equipment boots, entering a selection interface of the operation system, setting corresponding booting parameters by a boot loader according to the operation system selected by a user, sending booting interrupt to a server end, searching a corresponding system kernel and file systems by a server after an interruption signal is truncated by the server, loading the system kernel to a client end in the form of files, burning into a set Flash partition before booting, mounting the file system under a root directory directly via an nfs (network file system) network protocol, and completing network booting of the operation system. By the aid of the multiple operation system switching method, preinstallation of the operation system on the ARM framework mobile terminal equipment is not required, and the purpose of realizing booting multiple operation systems via the network without local operation system is achieved.

The invention relates to a method and a device for clearing useless files. The directory and the relevant information of the residual files of all downloaded applications are obtained through scanning for the selective deletion by a user. The clearing process is convenient, reliable, simple and feasible. Due to the design of root directory scanning, all residual useless files can be searched. Incomplete clearing problems in the prior art cannot occur, so that the utilization rate of the memory space of equipment can be better increased.

The invention discloses a remote updating method for the Linux operating system. The remote updating method includes the steps that A, an Linux startup medium guides at least one target device to start a system updating program and transmits the version identification of an operating system installation package file needing installating or updating to the system updating program; the operating system installation package file comprises at least a root file system file, an Linux inner core mirror image file and an Linux temporary file system file; B, the system updating program downloads an operating system installation package file in a corresponding version and a data abstract file of the operating system installation package file from an FTP server according to the version identification, and detects whether the data abstract file is correct or not, and if yes, the step C continues to be executed; C, startup codes are installed on a target medium of the appointed target device; D, the downloaded operating system installation package file is decompressed to a root directory of the starting medium, and the operating system is restarted. According to the scheme, the remote updating method can reduce complexity and workload of user operation, facilitates large-scale updating and has good reversibility.

One embodiment provides a system that facilitates the execution of a web application. During operation, the system allocates a storage space on one or more storage devices for use by the web application. Next, the system creates, for the web application, a private filesystem comprising a private root directory within the storage space. Finally, the system enables access to the private filesystem for the web application through the private root directory in a manner that does not allow access to a host filesystem associated with the one or more storage devices from the web application.

A recording medium can store data which can be accessed exclusively by a particular person in a general circumstance of using a recording medium such as a personal computer circumstance. The recording medium stores the data having a directory structure. A first set of root directory information is recorded in a first section. A second set of root directory information is recorded in a second section located at a predetermined position different from the position of the first section. The first set of root directory information is a part of the second set of root directory information.

The invention discloses a file recovery method and device of a linux system. The file recovery method and device of the linux system are used for recovering Ext4 files which are deleted through rm by mistake on a linux server, and avoiding enormous losses caused due to the fact that important data of the server are lost. The method includes the steps that after file data of an Ext4 file system are deleted by mistake, a disk partition where the file data which are deleted by mistake are located is recorded as a disk partition to be recovered; a root directory of the linux system is switched to; the position of the disk partition to be recovered is sought for in a directory tree to obtain position information; the disk partition to be recovered is unloaded according to the position information; an inode value is check to confirm that the file data which are deleted by mistake are located in the root directory of the linux system at present; a disk traversal tool is downloaded and installed; the disk partition to be recovered is traversed, a list of all files with invalid inode information is obtained, and the file data which are deleted by mistake are found out; the inode information corresponding to the file data which are deleted by mistake is changed to be valid.

The invention discloses a credible website identity installation and identification method which comprises the following steps that: website management equipment sends the information of a website on which a credible identity needs to be installed and the basic information of an enterprise to a third party website authentication institution to authenticate the credibility; if the credibility authentication is passed, the website management equipment uploads a generated credible identity document with a signature to a root directory of the website or to a website server to configure; when the browser of client terminal equipment accesses a website, the client terminal equipment fist judges whether the website has the credible identification document or not; if yes, the composition of the credible identity document is judged and authorization is carried out; and if the authentication is passed, the credible authentication identity of the website is displayed through the client terminal equipment. The invention can solve the installation problem of the credible identities of existing websites and the safety identification problems that domain name system (dns) hijacking cannot be prevented and the like, and provides the method which is simpler, safer, easier to identify and has better compatibility.

A mobile wireless device programmed with a file system which is partitioned into multiple root directories. The partitioning of the file system ‘cages’ processes as it prevents them from seeing any files they should not have access to. A Trusted Computing Base verifies whether or not a process has the required privileges or capabilities to access root sub-trees. The particular directory a file is placed into automatically determines its accessibility to different processes—i.e. a process can only access files in certain root directories. This is a light weight approach since there is no need for a process to interrogate an access control list associated with a file to determine its access rights over the file—the location of the file taken in conjunction with the access capabilities of a process intrinsically define the accessibility of the file to the process. Another aspect of this invention is that each process can have its own private area of the file system guaranteeing confidentiality and integrity to its data.

A memory storage device, a memory controller thereof, and a method for automatically creating a fill-file thereof are provided. In the present method, a plurality of logical addresses is configured and grouped into a plurality of logical blocks to be mapped to physical blocks of a memory chip in the memory storage device. When a host system is powered on, whether the logical addresses have been formatted into a partition is determined. If the logical addresses have been formatted into a partition, whether a fill-file of a predetermined file capacity exists is determined. If the fill-file does not exist, data related to the fill-file is respectively filled into a file allocation table (FAT) and a root directory of the formatted partition when the host system reads the FAT and the root directory, so as to automatically create the fill-file.