86 results about "SSH File Transfer Protocol" patented technology

A data transfer apparatus according to this invention executes a protocol priority determination process of selecting usable transfer protocols in accordance with the type of transfer object and determining the priorities of the transfer protocols in accordance with the process of an automatic file transfer protocol selection process routine. The data transfer apparatus then executes a protocol selection process of selecting transfer protocols commonly usable in the transfer source apparatus and transfer destination apparatus of the transfer object. The data transfer apparatus executes a transfer protocol determination process of determining a transfer protocol for use on the basis of the transfer protocol and its priority which are determined in the protocol priority determination process, and the transfer protocols selected in the protocol selection process.

Disclosed are methods and apparatus for handling FTP (file transfer protocol) control packets. In general terms, mechanisms are provided for facilitating FTP sessions between devices utilizing different protocols, such as IPv4 and IPv6. For example, FTP control packets from an IPv6 client to an IPv4 server are handled to facilitate such communication. Likewise, FTP control packets from an IPv4 client to an IPv6 server are handled to facilitate such communication. Communication is also facilitated when either or both of the client or server is in the form of a dual-stack device. To facilitate FTP session between devices having different protocols, FTP control packets between two different protocol devices are translated from one protocol to another protocol when required, e.g., from an IPv6 to an IPv4 format or visa versa.

Designs, methods, and applications for fault localization and fiber security in optical transponders is described. In one embodiment a two-way time transfer protocol or other suitable method for synchronizing clocks between distant transponders is used. The clock synchronized transponders have digital signal processing to continually detect high precision time-histories of physical layer attributes in the transmission between the two transponders. Physical layer attributes can include: state-of-polarization changes, changes in polarization-mode-dispersion, change in propagation delay, changes or loss-of-light, changes in OSNR, changes in BER between the two nodes. By recording these physical layer changes and time-stamping them information on the magnitude and estimated location of the changes can be inferred by from the time records. In one aspect the method may be used in a distributed optical sensor for monitoring trespassing events that are a risk to fiber security of an optical transmission link.

Systems and methods for pre-positioning data in a network memory are described. A pre-positioning command may be executed to position specific data at one or more network memory appliances before the data is requested at a branch office. For example, the first download of a software update over the communication network at a branch office may require several minutes. To make the first download of the software update faster, the software update may be downloaded previously to the branch appliance. According to various embodiments, the pre-positioning command may comprise a time of transfer and / or a schedule. The data may be received by a pre-positioning receiver such as a file system server, a hypertext transfer protocol server, a file transfer protocol server, or a virtual client.

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.

Streaming media is provided over a network using a non-streaming-specific transfer protocol, in which a media stream is stored on a server as multiple individual media files, and a playlist is provided indicating which media files are required for output of a specific part of the media stream; wherein multiple different playlists are provided to respective different media streaming clients, in response to requests relating to corresponding different parts of the media stream. A user interface is provided on the client device, in which an interactive media event is displayed including streaming media, and secondary media content.

File protocols for transaction based communication are described. In one embodiment, a method to provide a file transfer protocol includes receiving packets containing headers, the packets being received at a first network stack software through an interface, and extracting data from he packets and reconstructing a file from data in the packets. The extracting may be performed by a first network stack software, and the interface is not designed to use Internet Protocol (IP) addresses, and the headers contain data for flow control and sequencing and are associated with a port for a file transfer application, and the headers allow multiple applications to maintain multiple concurrent sessions through the interface, which may be a USB compliant or BLUETOOTH compliant interface. Systems, computer readable media, software architectures and other methods are also described.

The invention discloses a security certificate gateway, comprising a client crypto module, a client business module, a service business module and a service crypto module, wherein the client business module is used as an agent of an application client and used for calling the client crypto module and the service business module interactively to build an encrypted connection; and the service business module is used for calling the service crypto module and the service business module to build a secure encrypted channel. Based on the high-strength identity authentication service, the high-strength data link encryption service and the digital signature and authentication service of a digital certificate, the gateway provided by the invention effectively protects secure access of network resources, and supports B / S applications of a hypertext transport protocol (HTTP) and hypertext transfer protocol secure (HTTPS) as well as common C / S applications of a file transfer protocol (FTP), a remote desktop and the like.

Methods and systems are provided for using an existing email transfer protocol, such as SMTP, to exchange digital objects in an authenticated manner. The provided methods and systems solve the bootstrapping problem of computer identities for P2P communication by authenticating the exchange of public information. If the electronic mail protocols are strong, in that sending an email message to a given address results in the message reaching that address with a high degree of confidence, then the exchange of public information performed in accordance with embodiments of the invention is confidently authenticated.

A computer system that transfers data from a first storage unit to a second storage unit via a network. The computer system includes a first controller that transfers data, stored in the first storage unit, to the second storage unit using a block transfer protocol; a table that associates a file composed of a plurality of blocks of data with blocks of data constituting the file; and a second controller that, in response to information that identifies a block from the first controller, identifies a file corresponding to the block using the table and transfers the identified file to the second storage unit using a file transfer protocol.

A file transfer system including: a file sender, a file receiver, an Instant Messaging (IM) server, a file relay policy server and a file relay server. Also disclosed are the internal structures of the above file relay policy server and IM server and a file transfer method. If the file receiver has not logged in the IM system, it is possible that the file sender sends a file to the file relay policy server, the file relay policy server forwards the file to an appropriate file relay server, and the file relay server transfers the file to a mobile terminal as the file receiver according to a file transfer protocol of the file relay server itself, thereby facilitating the file transfer for the mobile subscriber and enhancing the mobile subscriber's experience in using the mobile IM service.

The invention discloses an FTP-based data exchange system for achieving unified exchange of data of a power system. The FTP-based data exchange system mainly comprises an engine (node), a rule base, a management server, a management tool and a development interface. The FTP-based data exchange system is based on standard data specifications and interface standards to configure data exchange services and to achieve data aggregation, integration and publication in different manners. The FTP-based data exchange system comprises the function modules including a data extraction module, a forward data processing module, a batch data transmission module, a reverse data processing module and a data storage module. The FTP-based data exchange system can achieve the sharing channels with crosswise integration and lengthwise communication of information systems of enterprises or organizations, obtains accurate transmission of mass data and ensures hierarchical data transferring, data sharing and application integration of the power system.

A file transfer system including a client and a server capable of updating portions of the file stored on the server. The system is capable of uploading portions of a file before the file has been specified at the client side. The files are stored in raw at the client and the server, which preserves the block list mapping. The file transfer protocol is capable of compressing and encrypting transferred data. As a result, the partial file writes are possible while maintaining current bandwidth usage. The write request data structure is provided with additional features in the form of flags and fields to provide reliable transmission of partial file data.

The invention discloses a wireless local area network upgrading method which is composed of a wireless controller and a wireless access point, the method comprises the following steps: firstly, download an upgrading file from an AC by utilizing a file transfer protocol (File Transfer Protocol, FTP) or a trivial file transfer protocol (Trivial File Transfer Protocol, TFTP) by a first batch of APs which is composed of a few APs of a large batch APs; download the upgrading file from the first batch of APs by other APs except the first batch of APs by utilizing the FTP or the TFTP.

In the invention, the sending party sets up buffer area, and fills data as data source of simulation file; and the receiving party creates buffer area to receive data. After test is started, the method executes steps: specifying remote server file (RSF), or determining route, name and size of RSF; calculating transmission positions of starting and stopping each thread; creating prearranged number of transmission thread, and starting up execution of transmission; obtaining size of transmitted data (TD) and transmission time (TT) of each thread, making statistics for throughput; when TD reach specified size, or TT reaches specified time, or user stops testing, the method stops each transmission thread. Making the most of network capacity, the invention eliminates unnecessary interference from reading / writing files so as to reflect actual throughput of network precisely and raise reliability. Moreover, automation control increases easy to use the test device and efficiency of test.

Disclosed are systems and methods which examine information communication streams to identify and / or eliminate malicious code, while allowing the good code to pass unaffected. Embodiments operate to provide spam filtering, e.g., filtering of unsolicited and / or unwanted communications. Embodiments provide network based or inline devices that scan and scrub information communication in its traffic pattern. Embodiments are adapted to accommodate various information communication protocols, such as simple mail transfer protocol (SMTP), post office protocol (POP), hypertext transfer protocol (HTTP), Internet message access protocol (IMAP), file transfer protocol (FTP), domain name service (DNS), and / or the like, and / or routing protocols, such as hot standby router protocol (HSRP), border gateway protocol (BGP), open shortest path first (OSPF), enhanced interior gateway routing protocol (EIGRP), and / or the like.

A method and apparatus for routing a data request in a content delivery network receives a Hypertext Protocol (HTTP) format client data request and redirects the client data request to a file transfer protocol such that the data is transferred to the client in the file transfer protocol rather than HTTP. The redirection from HTTP, for example, to FTP or some other fileserver protocol outsources the load on the content engines while taking advantage of well-established methods of data handling and security. In addition, the network can dynamically be provisioned to handle a data load. In one embodiment, WCCP and HTTP redirection methods are used separately or in combination to provide a distributed file system in which client's requests benefit from content routing prior to interacting (via a file protocol) with a file server.

A method for testing the service performance of the file transfer protocol in an IPv6 network, the network, including having a client and a server. The method includes the steps of (a) the client transmits a test connection request to the server to establish a connection controlled by the file transfer protocol, (b) after receiving the test connection request, the server establishes the connection controlled by the file transfer protocol, and (c) a connection is established by the server between the client and the server to transfer the test file and perform the performance test of the file transfer protocol. The server can transfer the detecting message for the file transfer protocol in the application layer between nodes in the file transfer protocol network, thereby realizing the detecting and the monitoring in the file transfer protocol. A service performance condition of the file transfer protocol of the network can be instantly detected. Once an abnormity occurs, it can be discovered instantly, and solved by the user, so that the network provides a guarantee of reliability.

The invention provides an online firmware batch upgrading method. The online firmware batch upgrading method comprises creating a tftp (trivial file transfer protocol) server at a far-end, and placing firmware images to be upgraded into the tftp directory of the tftp server; transmitting an IPMI (intelligent platform management interface) instruction to inform the BMC (baseboard management controller) of the server, wherein the IPMI instructions contain the IP address and the tftp directory of the tftp server; after the BMC receives the IPMI instruction, mounting an ramfs (random-access memory file system) onto a system, receiving the firmware mirrors to be upgraded from the tftp server side to the ramfs; updating the firmware mirrors in the ramfs into an entire Flash. Compared with the prior art, the online firmware batch upgrading method can greatly reduce the time and workload for upgrading BMC firmware images in batches and bring great convenience to system maintaining personnel and system managing personnel, thereby reducing the system management and maintenance cost and meanwhile guaranteeing smooth service operations of users.

The invention discloses an application management system used for editing files, in particular an application management system which can online edit the network files; the application management system is provided with an application management interface; the user can complete the file editing operation on the website only by calling the network file starting program and the network file memorizing program of the application management interface without manually downloading and uploading files; the system uses the hyper-file transfer protocol type to automatically start the file and automatically updates the file to the website after completing the edition of the file.

Disclosed are systems and methods which examine information communication streams to identify and / or eliminate malicious code, while allowing the good code to pass unaffected. Embodiments operate to provide spam filtering, e.g., filtering of unsolicited and / or unwanted communications. Embodiments provide network based or inline devices that scan and scrub information communication in its traffic pattern. Embodiments are adapted to accommodate various information communication protocols, such as simple mail transfer protocol (SMTP), post office protocol (POP), hypertext transfer protocol (HTTP), Internet message access protocol (IMAP), file transfer protocol (FTP), domain name service (DNS), and / or the like, and / or routing protocols, such as hot standby router protocol (HSRP), border gateway protocol (BGP), open shortest path first (OSPF), enhanced interior gateway routing protocol (EIGRP), and / or the like.

The invention relates to an SSH and SFTP (Secure Shell and Ssh File Transfer Protocol)-based tunnel intelligent management and control system which comprises a transmission unit and an authentication unit, and also comprises a command controllable unit, wherein the command controllable unit is used for capturing an operation command used by a client end and judging and processing the feasibility of the operation command. The invention relates to an SSH and SFTP-based tunnel intelligent management and control method. The invention has the beneficial effects of enabling the tunnel management and operation to be visible, controllable and manageable, solving the safety problem and the safety threats of SSH and SFTP server system levels and providing reliable safety guarantee for normal order operation of the server in a company IT environment.

The invention discloses a file transfer protocol. Under the condition of only establishing a connection, a plurality of files are simultaneously uploaded and downloaded, and other commands such as deletion, pause, shift, listing and directory creation can be synchronously executed. When the files are uploaded or downloaded, digest algorithm files are automatically generated, and the whole file transfer flow is completed by transmitting the digest algorithm files, checking the file integrity and transferring file main bodies. A user is required to transmit a file name comprising a path only, and a file can be uploaded and downloaded; and moreover, whether the content of the file existing in a terminal and the content of a file existing in a server are completely consistent can be immediately detected, and if difference is discovered, the file can be automatically uploaded again, the file transfer reliability is improved and the file transfer protocol can replace the conventional file transfer protocol (FTP).

The invention provides a file transmission method, a system, a client and a server based on a trivial file transfer protocol (TFTP). The file transmission method comprises the following steps that: a client sends a first authentication information to a server so that the server performs authentication to the client; when the authentication to the client from the server passes, file data transmission can be performed between the client and the server. By using the method, the system, the client and the server, security of a TFTP transmission system can be raised.

The invention relates to the communication technology and discloses a method, a device and a system for managing an FTP (file transfer protocol) server, which are used for reducing the complexity of the management flow of the FTP server. The method comprises the steps as follows: an FTP virtual directory is configured in a client; the FTP virtual directory is the virtual mapping of the data on the FTP server at a client; after a user logins the FTP server, non-FTP format data management command information inputted by the user through the virtual directory is received; then the non-FTP format data management command information is converted into FTP format data management command information, and sent to the FTP server to indicate the FTP server to execute corresponding data management operations. In this way, operations like downloading, modification, uploading are implemented on the data in the FTP server; therefore, the complexity of the management flow of the FTP server is effectively reduced; and the management efficiency of the management flow of the FTP server is improved. Meanwhile, the running load of a system is obviously reduced. The invention also discloses a client and a network system.

A system, method, and computer program product for allowing a first processor to access flash or other non-volatile memory that is associated with a second processor. The first processor obtains parameters that allow the initialization of an internet protocol (IP) stack. The parameters can be obtained using the trivial file transfer protocol (TFTP), for example. The first processor communicates with the second processor using a socket protocol, sending a command word that represents either a read or write command. The command word specifies where in the non-volatile memory the access is to occur, and for how many bytes. Information is then returned to the first processor, allowing the first processor to verify the success of the access.

This invention provides a telecommunication level high efficiency, reliable remote file transfer method realizing file transfer function based on TFTP (trivial file transfer protocol). The basic idea is to start TFTP server on network terminal and start TFTP customer end on the main control panel to realize file transfer between them, and at the second level file transfer, TFTP server operates on the main control panel and TFTP customer program is started at service single panel, again to utilize TFTP protocol to transfer file to the service single panel, fully utilizing TFTP to realize file transfer without storing file in flash memory first with very high read, write efficiency. 0

The embodiment of the invention provides a file management method, an FTP server and a storage medium. The method comprises the following steps: receiving an FTP request sent by an FTP client; executing corresponding operation on the message in the kafka system based on the FTP request, wherein folders under a root directory configured by an FTP application on the FTP server are mapped into topicsin a kafka system in a one-to-one correspondence manner, and files under any folder under the root directory are mapped into messages under topics corresponding to the folders in the kafka system ina one-to-one correspondence manner; and returning the operation result to the FTP client. According to the method, the transmission link can be shortened, and the disk IO frequency can be reduced, sothat the fault probability can be reduced, and the data transmission efficiency of the FTP system can be effectively improved.