32 results about "Home directory" patented technology

Business profiles are created using information from third parties. A user is enabled to indicate a business type for one or more merchants, and a system prompts the user to input information relating to the one or more merchants. The system determines the validity of the input information, and when the validity of the input information is verified, the input information is transformed into directory information. Official merchant pages can thus be created by crowd-sourcing important and pertinent information, which will lead to a more extensive directory of businesses and allow users a more complete and enjoyable experience. The system ranks users on their knowledge and input versus other users, and the system maintains a leaderboard that may be tied to user awards as an incentive to input information.

Systems and methods to customize a namespace using a synthetic namespace. A NAS switch provides file migrations in a NAS storage network that are transparent to the clients. The NAS switch file handles are used to customize a namespace. More specifically, a synthetic namespace is generated from one or more file location tables that map the switch file handles to NAS file handles. The NAS file handles are independent of a physical export containing the objects referred to by the NAS file handles. In one example, the synthetic namespace presents a home directory corresponding to a location of a user.

Systems and methods to customize a namespace using a synthetic namespace. A NAS switch provides file migrations in a NAS storage network that are transparent to the clients. The NAS switch file handles are used to customize a namespace. More specifically, a synthetic namespace is generated from one or more file location tables that map the switch file handles to NAS file handles. The NAS file handles are independent of a physical export containing the objects referred to by the NAS file handles. In one example, the synthetic namespace presents a home directory corresponding to a location of a user.

The invention relates to a file resource searching and locating method and a file resource searching and locating device. The file resource searching and locating method comprises the following steps of: receiving a locating request, wherein the locating request comprises file name information and file path information of a target file to be located; determining a home directory and a retrieval object name of retrieval according to the file name information and file path information of the target file; and searching a target file in a node Hash linked list and a name Hash linked list according to a preset Hash algorithm, wherein node information of files is stored in the node Hash linked list; and name space information of files is stored in the name Hash linked list. According to the file resource searching and locating method and the file resource searching and locating device disclosed by the invention, file resources can be searched and located rapidly, and the search performance of a distributed file system is improved.

A method for managing a user's computing environment on their computer or workstation. The method includes storing a set of files in a memory device accessible via a communications network. Each file includes data such as environment variable values defining a particular computing environment. The method includes providing an environment management engine in a user's home directory of a computer. A shell runs in the computer device to invoke and run a computing environment management engine within the shell. The engine generates a computing environment in the computer based on the computing environment definition in one of the files that is chosen based on a user-provided or otherwise determined job state (e.g., the user is working on a project or a portion of a project that is associated with a job state). The computing environment includes versions of software applications, path variables, and alias definitions.

A cloud storage access device includes a data fetching unit, a user management unit, and a data link unit. The data fetching unit collects private data of each user of the cloud storage access device. The user management unit creates a home directory corresponding to each user in the cloud storage access device. The data link unit connects each of the home directories to both the cloud and a local storage of a network terminal, such that the cloud storage access device communicates with both the cloud and the local storage. Each user of the cloud storage access device stores data to the cloud or the local storage and accesses data stored in the cloud or the local storage through the home directory corresponding to the user.

The invention discloses a batched MySQL installation and deployment method. The method comprises the following steps: (a) acquiring an MySQL binary release version, and unzipping the MySQL binary release version to obtain an MySQL home directory and files in the MySQL home directory; (b) creating parameter files in the MySQL home directory, initiating data files, correcting an account number, and generating an MySQL installation and deployment packet applicable to a current environment; (c) configuring a deployment server, and remotely transmitting the MySQL installation and deployment packet to an assigned directory of a target server; (d) performing configuration by the target server according to the received MySQL installation and deployment packet to complete MySQL installation and deployment. According to the batched MySQL installation and deployment method, by pre-generating the MySQL installation and deployment packet applicable to the current environment, needed steps and time for actual deployment are reduced; remote transmission is achieved by utilizing the deployment server, MySQL installation and deployment can be completed in batches, the MySQL deployment efficiency is greatly improved, and the feasibility is high.

A file handling system is provided that typically includes a terminating file transfer server, an agent, and a configuration file. The terminating file transfer server typically receives a file transfer message from an originating file transfer server. The file transfer message can include details about the transfer including a local user and a filename. The agent typically reads the file transfer message, and directs the transfer of a file associated with the filename to a home directory of the local user. The configuration file typically resides in the home directory, and instructs the agent to transfer the file to a remote host. Methods and other systems are also provided.

The invention discloses an implementation method of a multi-functional smart card device, and belongs to the technical field of embedded software systems of smart cards. The method comprises the following steps: a smart card manufacturer establishes a plurality of partitions in the smart card device, and distributes each partition to a predetermined smart card consumer; the smart card consumer establishes an application home directory in the partition which is distributed by the smart card manufacturer, and establishes a file structure necessary for application under the home directory, and writes in application data; and the smart card device is connected with an application system terminal to finish application selection of the home directory thereof. The method is characterized by establishing a file structure with a plurality of home directories existing simultaneously, and mapping different applications to different home directories respectively, the home directories are independent from each other and do not interfere each other, thus access rights of the applications are independent, and potential safety hazard is eliminated.

The invention provides a file management method and a device, which are applied to a terminal device. The method comprises the following steps: setting a naming convention, obtaining a file name according to the naming convention, and storing the file corresponding to the file name in a new folder; Obtaining the file name in the newly added folder and judging whether the file name matches the naming convention; If yes, matching the file name to the location of the corresponding preset subdirectory according to the naming convention; Storing the file in the corresponding associated folder according to the location of the preset subdirectory; Matching a file name to a location of a corresponding sub-preset directory to generate a hyperlink with an associated folder stored in the file; Addingmultiple default subdirectories to the default home directory. Through the method, the file management is facilitated, the work efficiency is improved and the error rate is reduced.

The invention provides a Web-based Linux file management method. The method includes: verifying user login information; after verification succeeds, acquiring a user HOME directory and a file information list under the HOME directory; structuring a file operation interface according to the file information list, and creating file operation events. According to the method, secured login of users is guaranteed by verifying user login information, various functions of Linux file management are provided to users by structuring the file operation interface and creating the file operation events, login users can perform operation management on Linux files, and accordingly online operation management on Linux file by multiple users can be realized. The invention further provides a Web-based Linux file management device having the same advantages as above.

A method and system for efficiently and securely permitting a user to scan electronic documents from a remote multi-function device to a user's home directory. A user can be authenticated via the multi-function device and electronic credentials associated with the user generated, which are utilized to determine the user's home directory. The multi-function device can then produce a customized template that can be selected by the user when accessing rendering / scanning services. The user can then scan a document and electronically store such a document at the home directory via an SMB (Server Message Block) protocol. Home directories can either be determined via an LDAP (Lightweight Directory Access Protocol) or configured on a network interface via a default directory path and the user name.

The invention is directed toward a computerized method of maintaining files for a client device comprising storing a home directory on the computer network system (the home directory is associated with a specific user), receiving a request to access the home directory from a client device, verifying the credentials of the user submitting the request, and mounting the home directory for the client device on the computer network system. In an alternative embodiment of the invention the home directory is transferred to the client device instead of being mounted on the server computer. The home directory is stored on a plurality of local servers, each of which are accessible in a specific geographic region. A user may access the home directory through any local server, improving efficiency in accessing the home folder from a remote location.

There are provided a portable terminal and a method of controlling the same with which it is possible to choose and display only data that is useful for users among contents existing on a communication network. A browser unit acquires a desirable contents source from a website by using reference information. An analyzing unit analyzes whether or not link information is established to the image data designated in the acquired source by the browser unit, and whether or not the domain and home directory of the image data match with the domain and home directory of text data contained in the source. A display control unit determines display or non-display of image data which is designated in the source based on the result of analysis.

The invention discloses a cloud platform data storage method comprising the following steps of establishing a cloud platform data storage system; receiving data generated by experimental facilities of a user and automatically synchronously transmitting to a temporary storage directory for data storage of a cloud platform, then storing into a data directory, of an item to which the data belongs, under a storage data sharing directory; and if the system has no matched item name, storing the data into a personal data directory in a corresponding personal home directory under a cloud platform home directory. According to the method, the problems that an authority management logic is simple in the existing cloud platform storage system and the user asks to mange the data hierarchically in the use of the cloud platform can be solved, hierarchical authority management can be performed on the stored data, storage is real-time and efficient, the functions of filing, dumping and completely backuping are provided, the purposes that the stored data is hierarchically managed and security of the stored data is ensured are achieved, the standardization of the cloud platform data storage directory is achieved, and subsequent upgrade and maintenance of the platform are facilitated.

The invention relates to a method for using a China Mobile mobile phone to identify a UIM card, comprising: opening the China Mobile mobile phone, and correctly powering on the user identification card when the user identification card is initialized; The main directory of the identification card; according to the result returned by the user identification card when selecting the directory, judge whether the PIN code and PUK code of the user identification card are locked. If the PIN code or PUK code is locked, unlock the PIN code or PUK code; select the user The CDMA special directory of the identification card, if the CDMA special directory does not exist, initialize according to the process of the SIM card; if the CDMA special directory exists, then judge whether the IMSI in the GSM directory of the subscriber identity card is valid, if the IMSI is valid, the subscriber identity card It is a dual-mode card. If the IMSI is invalid, the subscriber identification card is a UIM card.

The embodiment of the invention discloses an upgrade method and upgrade device for a database. The method comprises the following steps: acquiring a home directory in an upgrade installation package,and taking the acquired home directory as a target home directory; deleting an original home directory in a target database; and generating an upgraded target database according to the backup of the original home directory and the target home directory. According to the embodiment of the invention, since the target home directory in the upgrade installation package is acquired, the upgraded targetdatabase is generated according to the backup of the original home directory and the target home directory, so that the automatic upgrading of the database is realized, the labor cost is saved to a great extent, and the upgrading efficiency is improved.

The invention discloses a method and a system for searching and locating resources. The method and the system are applicable to cloud computing platforms. The method includes enabling metadata servers to store Hash values of file node information in Hash tables fsnode, and storing Hash values of file name space information in Hash tables fsedage; enabling clients to transmit paths and file names of be-searched-and-located target files to the metadata servers; enabling the metadata servers to use home directories of the target files as key values, and retrieving the Hash tables fsedage to acquire corresponding information edage; utilizing the information edage, name lengths of the target files and name information of the target files as key values, retrieving the Hash tables fsedage to acquire corresponding file identification of the corresponding target files and transmitting the file identification to the clients. According to the technical scheme, the method and the system have the advantages that all path information can be exchanged among the clients and the metadata servers at one step, accordingly, the retrieving frequencies and the exchange frequencies can be reduced; metadata information is cached by the aid of the clients, so that the exchange frequencies among the clients and the metadata servers can be reduced.

The embodiment of the present invention discloses a method and device for upgrading a database, including: obtaining the home directory in the upgrade installation package, using the obtained home directory as the target home directory; deleting the original home directory of the target database; Backup and target home directory to generate the upgraded target database. It can be seen from the embodiment of the present invention that due to the acquisition of the target home directory in the upgrade installation package, the upgraded target database is generated according to the backup of the original home directory and the target home directory, thereby realizing the automatic upgrade of the database and greatly saving Reduced labor costs and improved upgrade efficiency.

The invention provides a file management method and a device, which are applied to a terminal device. The method comprises the following steps: setting a naming convention, obtaining a file name according to the naming convention, and storing the file corresponding to the file name in a new folder; Obtaining the file name in the newly added folder and judging whether the file name matches the naming convention; If yes, matching the file name to the location of the corresponding preset subdirectory according to the naming convention; Storing the file in the corresponding associated folder according to the location of the preset subdirectory; Matching a file name to a location of a corresponding sub-preset directory to generate a hyperlink with an associated folder stored in the file; Addingmultiple default subdirectories to the default home directory. Through the method, the file management is facilitated, the work efficiency is improved and the error rate is reduced.

The invention discloses a batched MySQL installation and deployment method. The method comprises the following steps: (a) acquiring an MySQL binary release version, and unzipping the MySQL binary release version to obtain an MySQL home directory and files in the MySQL home directory; (b) creating parameter files in the MySQL home directory, initiating data files, correcting an account number, and generating an MySQL installation and deployment packet applicable to a current environment; (c) configuring a deployment server, and remotely transmitting the MySQL installation and deployment packet to an assigned directory of a target server; (d) performing configuration by the target server according to the received MySQL installation and deployment packet to complete MySQL installation and deployment. According to the batched MySQL installation and deployment method, by pre-generating the MySQL installation and deployment packet applicable to the current environment, needed steps and time for actual deployment are reduced; remote transmission is achieved by utilizing the deployment server, MySQL installation and deployment can be completed in batches, the MySQL deployment efficiency is greatly improved, and the feasibility is high.

The invention discloses a method for integrating Linux and Windows operating system unified user authentication. The method comprises the following steps: adding a Linux operating system into an AD domain of a Windows operating system based on an SSSD function in the Linux operating system; Unifying the user ID information of the Windows operating system end by adopting an identification mode of the user ID of the Linux operating system end; And sharing the home directory of the user in the shared storage to the Windows operating system end and the Linux operating system end at the same time.According to the method, pre-processing and post-processing on the Windows graphic workstation are directly set on the Samba storage, and the Linux cluster is logged in directly through the same account for calculation, so that the processes of data transmission and inputting of different accounts and passwords for multiple times are omitted.

A method and system for efficiently and securely permitting a user to scan electronic documents from a remote multi-function device to a user's home directory. A user can be authenticated via the multi-function device and electronic credentials associated with the user generated, which are utilized to determine the user's home directory. The multi-function device can then produce a customized template that can be selected by the user when accessing rendering / scanning services. The user can then scan a document and electronically store such a document at the home directory via an SMB (Server Message Block) protocol. Home directories can either be determined via an LDAP (Lightweight Directory Access Protocol) or configured on a network interface via a default directory path and the user name.

The invention discloses an engineering configuration management method and system of a distributed control system, which overcomes the technical defect that the existing DCS does not have multi-domain unified management, wherein the method mainly includes: Set up a corresponding domain server, and set up the management domain; configure separately in each unit domain, obtain the configuration files of each unit domain, and store the configuration files of each unit domain on their respective corresponding domain servers; share each unit domain According to the project configuration main directory, add each unit domain project on the management domain, and configure each unit domain uniformly. The technical scheme of the invention overcomes the technical defect that the existing DCS does not have unified management of multiple domains, and can be applied in various systems based on domains or similar functions.

The invention discloses an implementation method of a multi-functional smart card device, and belongs to the technical field of embedded software systems of smart cards. The method comprises the following steps: a smart card manufacturer establishes a plurality of partitions in the smart card device, and distributes each partition to a predetermined smart card consumer; the smart card consumer establishes an application home directory in the partition which is distributed by the smart card manufacturer, and establishes a file structure necessary for application under the home directory, and writes in application data; and the smart card device is connected with an application system terminal to finish application selection of the home directory thereof. The method is characterized by establishing a file structure with a plurality of home directories existing simultaneously, and mapping different applications to different home directories respectively, the home directories are independent from each other and do not interfere each other, thus access rights of the applications are independent, and potential safety hazard is eliminated.

The invention discloses a processing system and processing method of a building information model BIM. The processing system includes: a virtual graphics workstation, which is used to execute BIM design and modeling through a virtual desktop, and save the design model in the user's home directory of the NFS shared storage; a high-performance computing cluster, including several computing nodes, used for the NFS shared storage The design model under the user's home directory is calculated and rendered, and the calculation and rendering results are saved in the user's home directory of the NFS shared storage; the AD domain control server is used to create the AD domain, and the virtual graphics workstation and the high-performance computing cluster All computing nodes in are added to the AD domain. By adopting VMware desktop virtualization technology, AD domain control technology and NFS shared storage technology, the present invention realizes both design modeling and calculation rendering, and improves the processing efficiency and use flexibility of BIM design.