40 results about "Remote function call" patented technology

Images, audio, biometric information, and other data is captured by a user device. The captured data is sent to a server that pre-processes and then decodes the captured data to identify its contents. Once identified, the captured data is associated with a function string that specifies a function and parameters that correspond to the captured data. The function is called and executed to provide information back to the user device that is relevant to the captured data, or to initiate other operations. The relevant information to return to the user device can include product information, translations, auction data, electronic device settings, audio, and others. Operations that may be initiated include software registration, people searches, or user authentication to allow access to restricted services.

This invention provides an audible remote screening function or device for use with an answering device or machine and may also combine this screening function with an ability for remote operational control of an answering device or machine. Preferred forms of the invention provide for remote call screening of an answering device or machine, or remote call screening of an answering device or machine together with remote operational control of an answering device or machine, with the capability to remotely operate and / or remotely screen calls (incoming or pre-recorded) of that of an answering device or machine from a remote area or room via the remote function or device. In preferred forms: the audible remote screening from the device can be heard across a room or from another room; the remote device can be made to stay in an active ON mode eliminating any need for the user to search, locate, or activate the remote device or any command signal per call being screened; the remote operational control and / or screening device can be directly plugged in allowing for simultaneous power and recharge abilities for continuous power and uninterrupted operation ability; a remote-override switch located on an answering device or machine for privacy control over unauthorized access to the answering device or machine from the remote device; and small size for portability. The functions and capabilities of the remote device can be implemented, combined and used in conjunction with / into any other unit or housing. This invention also provides visual screening functions.

This invention provides an audible remote screening function or device for use with an answering device or machine and may also combine this screening function with an ability for remote operational control of an answering device or machine. Preferred forms of the invention provide for remote call screening of an answering device or machine, or remote call screening of an answering device or machine together with remote operational control of an answering device or machine with the capability to remotely operate and / or remotely screen calls (incoming or pre- recorded) of that of an answering device or machine from a remote area or room via the remote function or device. In preferred forms: the audible remote screening from the device can be heard across a room or from another room; the remote device can be made to stay in an active ON mode eliminating any need for the user to search, locate, or activate the remote device or any command signal per call being screened; the remote operational control and / or screening device can be directly plugged in allowing for simultaneous power and recharge abilities for continuous power and uninterrupted operation ability; a remote-override switch located on an answering device or machine for privacy control over unauthorized access to the answering device or machine from the remote device; and a small size for portability. The functions and capabilities of the remote device can be implemented, combined and used in conjunction with / into any other unit or housing. This invention also provides visual screening functions.

A system and method for testing an application on a target system are described. The target system is assigned a logical name which is used by within a test script to reference the target system. The logical name is associated with a plurality of different communication channels within a system data container (e.g., remote function call (“RFC”) channels, HyperText Transport Protocol (“HTTP”) channels, . . . etc). During replay of the test script, a particular communication channel is selected from the plurality of communication channels based on the type of command within the test script that references the target system using the logical name.

A method, system, and apparatus are provided for exposing and calling workbook models via remote function calls. According to the system, a client computer executes a spreadsheet program for creating a workbook model. The workbook model may be published to a server computer along with data defining a function name and the cells that should be used as inputs and outputs to the model. The system also includes a server computer that receives and responds to remote function calls directed toward workbook functions. When a function call is received at the server computer for a workbook function, the server computer populates the cells in the workbook identified as inputs with input parameters received with the function call and recalculates the workbook. The data contained in the output cells is then returned as a reply to the remote function call.

An apparatus, system, and method are disclosed for managing inbound transactions from an SAP application. A transaction ID module is included that receives a transaction identifier (“TID”) associated with an event from an SAP application by way of an ALE interface for an asynchronous transaction. A recording module is included to record an event record in an event tracking repository by way of an XA transaction, the event record comprising the TID and an associated transaction status. An intermediate document module is included to receive an intermediate document (“IDoc”) containing transaction data from a transaction associated with the event and the associated TID from the SAP application by way of the ALE interface using a Transaction Remote Function Call protocol. A conversion module is included to convert the IDoc to a service data object (“SDO”) and an SDO transmit module is included to transmit the SDO to an endpoint using the XA transaction.

A method and apparatus for computer modeling the production process is disclosed. An integrated product and process engineering system may be a computer modeling system that models both a generic production process and a specific individual production process. The integrated product and process engineering system may store a time dependent process parameter related to the production process, having uploaded them via an interface. The time dependent process parameters may be retrieve and displayed to the user on a display using a remote function call enabled function module. The time dependent process parameters may be uploaded from an external system or revised using a remote function call enabled function module.

A system and method is provided to facilitate communications between object systems. A caller is provided having optimized in-lined functionality when initiating a remote function call between managed and unmanaged object systems, for example. The in-lined functionality includes utilizing direct calls and returns within a calling function. In this manner, pushing additional arguments onto an execution stack because of an external stub reference is mitigated. In addition, one or more code loops can be analyzed to enable stack markers to be “hoisted” and thus pushed a single time instead of each time the calling function executes. Other aspects of the optimized caller provide garbage collection and thread management, security attribute checking on outgoing calls, calling convention considerations, wherein arguments and return values are organized according to the convention utilized by the remote object system, and in-lined marshalling to provide enhanced performance over external stub code references. Code extensibility options can be included enabling functions to be generalized thereby insulating object systems from implementation details of the called functions.

Images, audio, biometric information, and other data is captured by a user device. The captured data is sent to a server that pre-processes and then decodes the captured data to identify its contents. Once identified, the captured data is associated with a function string that specifies a function and parameters that correspond to the captured data. The function is called and executed to provide information back to the user device that is relevant to the captured data, or to initiate other operations. The relevant information to return to the user device can include product information, translations, auction data, electronic device settings, audio, and others. Operations that may be initiated include software registration, people searches, or user authentication to allow access to restricted services.

Triggered remote function calls can be used in master-slave systems to trigger slave-side software functions pre-loaded by a master into slave MCU memory, with associated parameters pre-loaded into a slave function interface memory. A master issues trigger-function signals (such as rising / falling edges or signal levels) over a trigger-function signal line. The slave includes a trigger conditioning block that in response issues a trigger-function request to the slave MCU, which calls / executes the associated software function, including accessing the associated trigger-function parameters from function interface memory. A slave can include a hardware function block with functionality configurable by a pre-loaded software configuration function (with associated parameters). A master can include a hardware function block configured to issue trigger-function signals. The slave (trigger conditioning block) can be configured to service trigger-function signals as an IRQ (interrupt request) to the MCU, which executes an ISR (interrupt service routine) as a triggered function call.

The invention relates to a method for developing an intermediate layer of an interface. The method is applied to calling a first system [a non-SAP (system applications and products in data processing) system] via remote functions so as to inquire data in a second system (an SAP system) or write data into the second system. The method for developing the intermediate layer of the interface includes defining remote function call mapping parameters of the SAP system in an extensible markup language mapping setting file; enabling the non-SAP system to read the extensible markup language mapping setting file and dynamically generate extensible markup language data; analyzing data according to the extensible markup language mapping setting file and the extensible markup language data to dynamically generate interface intermediate layer parameters and data of a cross-language connector; executing interface call according to the interface intermediate layer parameters and data and feeding remote function call result set data; enabling the non-SAP system to read the result set data, and analyzing the result set data according to the extensible markup language mapping setting file. The method has the advantage that data inquiry and writing interaction and integration among other systems and the SAP system can be effectively implemented.

A method and apparatus for computer modeling the production process is disclosed. An integrated product and process engineering system may be a computer modeling system that models both a generic production process and a specific individual production process. The integrated product and process engineering system may store a time dependent process parameter related to the production process, having uploaded them via an interface. The time dependent process parameters may be retrieve and displayed to the user on a display using a remote function call enabled function module. The time dependent process parameters may be uploaded from an external system or revised using a remote function call enabled function module.

The invention discloses a remote task function calling method oriented at a multi-core processor. A memory space which is named as 'mailbox' and can allow other cores to get access for reading data is distributed for each core, each core can conduct read operation and write operation in the 'mailbox' spaces of the corresponding core and other cores, and competitive read-write access of the 'mailbox' spaces is avoided through resource mutual exclusion locks. When a message is written into the target 'mailbox' space, the remote procedure calling initiating core can inform the target core of arrival of the new message in an inter-initiating-core interruption mode, the target core transfers into intercore interruption processing functions to parse the function calling index value in the message, the specific local functions are called according to function parameters and relevant information, and the remote calling process of the functions is completed. In this way, by means of the method, the real-time and high-efficiency requirements of remote function calling of a real-time operating system can be met, and the complexity problem caused in the previous remote function calling process is solved.

A method and system for processing a remote function call. According to one embodiment, an application receives from a local software component a request to execute an external software component, and makes one or more calls to a communications interface based on the received request, the communications interface including a standard set of routines for executing remote function calls.

A method, system, and apparatus are provided for exposing and calling workbook models via remote function calls. According to the system, a client computer executes a spreadsheet program for creating a workbook model. The workbook model may be published to a server computer along with data defining a function name and the cells that should be used as inputs and outputs to the model. The system also includes a server computer that receives and responds to remote function calls directed toward workbook functions. When a function call is received at the server computer for a workbook function, the server computer populates the cells in the workbook identified as inputs with input parameters received with the function call and recalculates the workbook. The data contained in the output cells is then returned as a reply to the remote function call.

The invention relates to a method for realizing system integration by utilizing a process integration server. The method comprises the following steps that: a file transfer protocol (FTP) file is read from an FTP server according to a time interval set by a user; the read FTP file is parsed into service data in an XML file format; the service data in an XML file format is mapped and the server data obtained by mapping is converted into service data, wherein the format of the converted service data conforms to an access format of a remote function call adapter (RFC adapter); and the service data are sent to a systems applications and products in data processing (SAP) system, wherein the format of the service data conforms to the access format of the RFC adapter. In addition, the invention also provides a process integration server. According to the invention, data can be rapidly written in an SAP system from an FTP server.

The embodiment of the invention discloses a remote function call method based on C++, which includes the steps of receiving a function call instruction; transforming information needed by function call into formatted character strings; and sending the formatted character strings to a remote server. When calling a function based on C++ on a client side, a user adopts the technical solution provided by the embodiment of the invention, and the behavior of calling the function of the user on the client side is transformed into the behavior of sending the character strings containing function call information to the remote server. By means of the character strings sent through the client side, the server can obtain the relevant information of function call and call a local function, thus enabling the client side to call the function remotely based on C++. The invention also discloses a communication device.

The invention provides a method for realizing system integration by utilizing a process integration server. The method comprises the following steps of: receiving data parameters which are input by a user on the report interface of an SAP (systems applications and products in data processing) system and are sent by the SAP system; searching a database in the process integration server for the connectivity information, corresponding to the data parameters, of target servers; searching a target system for file data needing writing into the SAP system according to the searched connectivity information, and receiving the searched file data returned by the target system; converting the searched file data to the format in conformity with the access of a remote function call adapter; and writing the converted file data into the SAP system. The invention also provides the process integration server. By utilizing the method and the process integration server, data can be quickly written into the SAP system from the target system.

The invention provides a method for realizing system integration by utilizing a process integration server. The method comprises the following steps of: reading service data from forms in a database server according to the time interval set by a user; converting the read service data to the service data in conformity with the access format of a remote function call adapter; writing the service data in conformity with the access format of the remote function call adapter into an SAP (systems applications and products in data processing) system; receiving the logs returned after the SAP system executes the service data, and converting the logs to the logs in conformity with the access format of a Java database connectivity adapter; and sending the logs in conformity with the access format of the Java database connectivity adapter to the database server, and updating the data in the forms in the database server. The invention also provides the process integration server. By utilizing the method and the process integration server, data can be quickly written into the SAP system from the database server, and the execution results returned by the SAP system can be received.

The invention relates to a remote function calling method based on a dedicated channel, and belongs to the technical field of data storage. According to the method, an independent remote function call dynamic library is formed, remote call initiated by a thread pool high-performance scheduling application program is used, remote service sets are rapidly indexed through a hash table, data are distributed, function execution results are collected and returned, and data are received and transmitted through stub functions by using different communication protocols. And a new communication protocol can be added, so that complete function calling, service registration and protocol replacement interfaces are provided for the outside. The remote function calling method supporting multiple communication protocols is innovatively realized, while the data transmission efficiency is ensured, a standard program calling method is provided, and the development process of a multi-computer application program is simplified.

An apparatus, system, and method are disclosed for managing outbound transactions in a service oriented architecture. An execution module is included to receive a J2EE Connector Architecture (“J2C”) execute command associated with a service data object (“SDO”) containing transaction data from a client application. A conversion module is included to convert the SDO to an Intermediate Document (“IDoc”). A transmission module is included to transmit the IDoc and an associated transaction identifier (“TID”) to an SAP application using a transaction Remote Function Call (“tRFC”) protocol for processing the embedded transaction data. A confirmation module is included to transmit the SDO updated with the TID to the client application in response to acknowledgement of receipt of the transaction data from the SAP application.

The invention discloses an ERP system change management method and platform, and the method comprises the steps: building a change management and control system, and forbidding the direct creation, release and import of a transmission request on an ERP system based on the change management and control system; generating a change application for the ERP system, associating the change document basedon the change application, and creating a transmission request; and releasing and importing the transmission request based on a specified remote function call channel. According to the invention, theonline examination and approval process meeting the requirements is customized; the whole development process of the ERP system can be standardized and managed, the operation of request transmissionis effectively managed in a centralized mode, conversion from an offline process to an online process is achieved, and the problem that great hidden dangers are caused to an in-operation generation environment due to unaudited change violation release is effectively avoided.

The invention provides a method for realizing system integration by utilizing a process integration server. The method comprises the following steps of: receiving txt files sent by a file adapter; querying required service data in a database server via the structured query languages in the txt files; converting the queried service data to the service data in conformity with the access format of a remote function call adapter; writing the service data in conformity with the access format of the remote function call adapter into an SAP (systems applications and products in data processing) system; receiving the logs returned after the SAP system executes the service data; and sending the logs in conformity with the access format of a Java database connectivity adapter to the database server, and updating the corresponding service data in the database server by utilizing the logs. The invention also provides the process integration server. By utilizing the method and the process integration server, data can be quickly written into the SAP system from the database server, and the execution results returned by the SAP system can be received.

In one embodiment, a proxy transactional context corresponding to a transactional context of a first software solution unit is generated. Further, a business object of a second software solution unit corresponding to the proxy transactional context is retrieved. Furthermore, the assignment of the retrieved business object to a business object of the first software solution unit is defined and the defined assignment is stored in the proxy data object. The proxy transactional context may be accessed using a remote function call and upon executing the proxy transactional context, the program returns to the transactional context. Thereby, the first software solution unit is integrated with the second software solution unit without disrupting the transactional context of the first software solution unit.