67 results about "Configuration language" patented technology

The invention provides a method and device for auto-generating GOOSE signal connection topology from substation level based on IEC61850 standard. The method comprises the following steps: import substation configuration language (SCL) file; search all GOOSE input and output signals under each access point; match the output signals to the input signals; and generate GOOSE signal connection topology based on the result of said matching. The device comprises an importing module for importing substation configuration language file; a GOOSE signal analyzer for searching all of GOOSE input and output signals under each access point, and matching said GOOSE output signals to said GOOSE input signals; and topology data module for generating GOOSE signal connection topology based on said matching. The device comprises a storage module. The storage module comprises an input dataset for storing GOOSE input signals and an output dataset for storing GOOSE output signals and their matching input signals.

A code assist function which suggests candidates responsive to a parsing of a partial program instruction statement by determining a current cursor position in the partial program instruction statement; parsing the partial program instruction statement before the current cursor position; generating a list of candidates to be inserted at the current cursor position responsive to the parsing of the partial program instruction statement; applying a user-selected preference to the list of candidates to generate a suggested list of candidates; displaying the list of suggested candidates; allowing a user to select one of the list of suggested candidates; and inserting at the current cursor position the user-selected suggested candidate. User-selectable preferences may be selected such as a longer or shorter list of candidates; a longer or shorter representation keyword candidates; a full syntax or partial syntax representation of a candidate; and a character case representation of a candidate.

The invention discloses an IEC (international electrotechnical commission) 61850-based visual graphics configuration method and an IEC61850-based visual graphics configuration system. The IEC61850-based visual graphics configuration system comprises a basic drawing module, an electric graphics primitive module, an attribute editing module, a secondary function module, a combination operation module and a file generation module. Visual graphics replace complicated text information, levels of the configuration information are represented by topological structures of the graphics, and users and the graphics interact with one another, so that SCL (substation configuration language) configuration files which meet requirements can be generated. The IEC61850-based visual graphics configuration method and the IEC61850-based visual graphics configuration system have the advantages that the traditional text configuration mode is converted into a visual graphics configuration mode, and accordingly configuration work can be simplified; the configuration information is associated with the visual graphics, so that SVG (scalable vector graphics) with the configuration information can be automatically generated.

The present invention is a system and method for parametric configuration of a complex product. The system includes a parametric configurator, a parametric configuration language, and a parametric data management system. The parametric configuration language facilitates the solution of a design using constraints on geometric, physical, technological, operational, or business parameters. The parametric configurator includes a hierarchical solver that partitions a design into a plurality of subdesigns; provides the choice to collectively or independently optimize sets of subdesigns; and rolls back the solution process to an earlier subdesign when a given subdesign is determined to not be viable. The parametric data management system accesses data on a tangible digital medium, the data including constraints, product models, and product model instances. The method transforms the physical and geometrical constraints into a concrete product design. The completed design can be used to generate a parts and features list from a manufacturer, to generate a quote, or to assemble, manufacture, or fabricate the product.

A method and computer-readable medium are provided for consistent configuration of language support between an operating system and application programs. According to the method, an integrated process is provided for receiving and implementing one or more language settings for an operating system and one or more language settings for application programs. The integrated process includes prompting a user for new language settings for both the operating system and the application programs. The language settings for the operating system may include language group support, user interface language, keyboard layout, preferences for standards and formats, and other settings. The language settings for the application programs may include preferences for a user interface language and a default language for use in the application programs. Once the language settings have been received from the user, the new settings may be applied and utilized in future operations of the computer system.

A computer implemented method, apparatus, and computer usable program code for configuring language dependent features for a hotel room. A hotel guest is associated with a hotel room. The language preference for the hotel guest is located. The language preference is used to configure language dependent features for the hotel room.

Language selection and application within a computing environment are often distributed over and differently applied by the operating system and various applications, leading to additional administration, inconsistencies in the user experience based on different language feature implementations among different applications; and increased cost and redundancy in developing language features for different applications. Presented herein are techniques for configuring a device with an application language library that centralizes the selection of languages by the user, and that provides a wide variety of language features (e.g., text translation, user interface adaptation, and data formats) to the applications and operating system. The application language library may also enable a multilingual user to select multiple languages; may apply a selection logic to choose a suitable language for each invocation of the application language library; and may enable the user to configure the selection among the languages for various types and instances of invocations.

A computer implemented method and system for interrelating and providing ordered access to source data files (SDFs) is provided. Each SDF contains one or more records. A parsing component compiles a configuration language (CL) and generates file descriptors usable by an interlinear sort component (ISC) and an interrelated data access component (IDAC). The CL defines adopt and order key fields, a lineage relationship between the SDFs, and one or more predetermined subprograms. The subprograms process an instance of a record from a SDF and a start point and an end point of a sequence or a subsequence of related records from the SDF. The ISC sorts each SDF into the order defined in the CL and attaches a parent position number (PPN) to each child file record. The IDAC uses the PPN to access the sorted SDFs in the order defined by the CL and execute the defined subprograms.

The invention relates to an SOAP client protocol encapsulating method based on TCP short connection. Directing at the client encapsulating SOAP protocol, a WSDL file is extracted out and compiled into an xml file to be placed into a configuration file of a client application program, so that variable parts of the SOAP protocol are generated into SOAP protocol body after code conversion by the configuration file object, all the webServices clients can adopt the same client source code, and uniform processing mode is adopted to process various SOAP protocols. The invention utilizes character stream mode to encapsulate SOAP client protocol, operation of various SOAP protocols is supported, if WSDL file is changed, problem can be directly solved without recompiling WSDL file to generate C / C++ or java code and redistributing application program, thus interface upgrading and new interface addition are simple and easy and maintenance is convenient.

The invention provides centralized bus protection device and method applied to a digitized transformer station, which face to the digitized transformer station, follows an IEC 61850 standard and protects a bus in a transformer station. The device supports XML and can be configured by adopting various means and tools and is more convenient to exchange and share information in different systems and platforms, the standard configuration language SCL of the transformer station is adopted to carry out the related communication configuration of the device, and configured tools which conform to the IEC 61850 in any factories can be identified. The novel centralized bus protection device of the digitized transformer station is digitized and open, has a simple secondary circuit, does not need to consider the saturation of a mutual inductor, is easy to maintain and convenient to expand.

The invention provides a network-based data processing system for protecting control equipment, which is applied to a digital substation. The system aims at the digital substation, follows IEC61850 standard, receives, records, analyzes and manages the data of the substation; the equipment supports XML, so that the equipment configuration by various means and tools becomes possible and information is more convenient to exchange and share between different systems and different platforms; the system adopts a standard substation configuration language SCL for equipment configuration related to communication; configuration tools of any manufacturer meeting IEC61850 can identify the SCL; the novel data processing system for the digital substation has the advantages of digitalization, openness, easy maintenance and convenient expansion; and data analysis and processing software can conveniently analyze and process the data and manage the received data.

The invention provides a management method of functions of a multi-agent-based digital substation. The management method organically combines the multi-agent technology, the IEC 61850 standards and the functions of the digital substation. The basic idea of the management method is to standardize the functions of the digital substation, the multi-agent technology is adopted to carry out the management of the independent functions and the logic nodes involved by the functions are distributed to the different agents according to the specific demands of the different substations; adopt the autonomy in the agents, and the agents carry out the communication through a protocol stipulated by the IEC 61850 standards; and SCL (substation configuration language) is adopted to carry out the configuration and the management of the agents. The method has the advantages that the method adopts the consistent concept and means during the whole process from the analysis, the design and the implantation of a substation automation system to the maintenance, solves the unified management problem of the distributed functions of the IEC 61850 standards and is also applicable to other links of a power system, thereby being capable of establishing an unified information and communication platform of the whole system.

Methods and structure for standardized communication between a test operator, a host system, and an embedded system under test. Test program instructions are designed, written for, and executed on, an embedded system under test in accordance with standard API functions for message exchange. Still further, the invention provides for standards in the user interface to select a desired test, to start the test with defined parameters and to present reply and status information to the test operator. These user interactions are defined in a test configuration language of the present invention and preferably incorporated with the executable image file to define an integral test vehicle file. The present invention thereby reduces test sequence development time by providing standard API functions for message exchange between a host system test application and the system under test and provides for standardized user interaction in a flexible, easily maintained design language.

A method is provided for systematic and dynamic configuration of an On Demand Operating Environment (ODOE) and the business solutions built upon the ODOE. The method provides a configuration specification that defines an On Demand Configuration Language (ODCL). An editor enables the business user to describe the consistency constraints applicable to the business in terms of the ODCL. This language is then used to transform the high-level business consistency constraints to low-level configuration parameters applicable to services and hosted business solutions in the ODOE. These services and hosted business solutions are organized into a plurality of layers to facilitate development of the configuration specification and better enable controls over consistent implementation of configuration changes. A two phase configuration commitment protocol is provided to ensure the consistent implementation of interdependent configuration parameters applicable to the services and hosted business solutions within the ODOE.

The invention discloses a quick configurator of electronic equipment for an intelligent substation. The quick configurator comprises a user interface module, a checkout module, an SCL (Substation Configuration Language) file analysis module and a CID (Configured IED Description) file generation module, wherein the user interface module provides a visual operation interface which can newly establish, open and browse an SCL file and edit the model nodes and the attributes of the SCL file; the checkout module diagnoses whether the structure of the SCL file violates a format specification of XML (Extensive Markup Language) or not and diagnoses whether the semantics of the SCL file correctly follows a grammar rule in an IEC64850-7-based SCL Scheme file or not; the SCL file analysis module maps the structure and the nodes of the SCL file into a memory in a tree manner through a DOM (Document Object Model) analyzer, establishes an information template class and realizes the editing of tree mapping nodes through the establishment of a one-to-one correspondence relationship of the DOM tree and the information template class; and the CID file generation module exports IED (Intelligent Electronic Device) data information in the CID file, deletes content irrelevant to IED, establishes a corresponding DOM reflection and finally generates a target CID file. The quick configurator occupies few system resources while the IED is quickly configured, and is convenient and reliable.

The invention provides a method and a system for configuring a physical port of an intelligent device of a digitalized substation. The method comprises the following steps of: expanding a physical port description element of an intelligent device of a digitalized substation in a substation configuration language (SCL) file by using a private expanding mode, wherein the physical port description element comprises port type and transceiving data information; and configuring physical port description information of each intelligent device according to the expanded SCL file. By the method, the physical port description element in the SCL file is expanded by using an SCL grammar of IEC61850 and starting from system integration, the configuration process of the intelligent device physical port is described, and the unified definition of the intelligent device physical port of the digitalized substation is realized, so that the actual communication situation of the physical port of the intelligent device can be truly reflected in the configuration process of the digitalized substation.

The invention discloses a testing logic generation method. According to the testing logic generation method, a parsing engine and an execution engine are designed based on configure languages, logic control content and module configuration content are separated, modules executing specific motions in testing software and the entire testing logic are uniformly described by adopting the configure languages, and therefore a user can define motions and a motion sequence needed to be completed by target logic through an interface provided by an application program and according to the described and separated modules having specific testing functions in the testing software. When used for testing electronic products with different functions, the testing logic generation method enables the user to freely define test functions and a testing sequence conveniently, and the user does not need to specifically write a program with certain functions. Meanwhile, the invention further discloses a testing logic generation device. By means of the testing logic generation device, the user does not need to specifically write the testing program when facing the electric productions with different functions, and the testing logic generation device has low requirements for professional level of the user, and is strong in applicability.

A general digital semantic database for mechanical language translation is provided. The database has vocabulary decomposed to part of speech characteristics and semantic characteristics to form inseparable basic semantic points. The vocabulary is regularly ordered according to classes of the semantic characteristic, part of speech characteristic, background and grammatical relation. Two or more languages are configured on the basic semantic points according to a synonymies relation. The languages are discretionarily interchanged based on the basic semantic points by a machine. The languages semantemes and syntax relation formula are configured in the semantic database to realize an automatic paginal translation.

A method and apparatus for providing a bulk migration tool are disclosed. The method receives a request for performing a bulk migration from a first network component to a second network component, extracts for the bulk migration a configuration from the first network component, generates for the bulk migration, a configuration for the second network component in a configuration language of the second network component in accordance with the configuration extracted from the first network component, configures the second network component with the configuration that is generated, issues an order for performing the bulk migration, wherein the bulk migration is to be performed during a cutover schedule, determines whether the particular bulk migration is performed successfully, activates the configuration for the second network component, when the bulk migration is performed successfully, and deactivates the configurations for the first network component, when the bulk migration is performed successfully.

The invention provides an integration and configuration system for IEC (international electrotechnical commission) 61850 network processor chips. The integration and configuration system comprises an SCL (substation configuration language) configuration module, a program function tailoring configuration module, a chip application function configuration module, a code verification module, a configuration verification module, a program and file downloading module and a graphic human-machine interactive interface module. The configuration verification module is bidirectionally connected with the graphic human-machine interactive interface module by the SCL configuration module, and the program function tailoring configuration module, the chip application function configuration module, the code verification module and the program and file downloading module are bidirectionally connected with the graphic human-machine interactive interface module. The integration and configuration system has the advantages that friendly human-machine interactive interfaces can be provided, so that simple, speedy and convenient configuration file generation and maintenance, function customization, signal association, hardware configuration and configuration file and application program downloading functions and the like can be realized, and the IEC61850 network processor chips can be integrated and configured by the aid of the integration and configuration system.

The invention relates to a topology configuration method of a distribution circuit, belonging to the field of electric power automation. The method is characterized by comprising the following steps: describing the following relationships by configuration language according to configuration rules: feeder topology relationship description used for describing a connection relationship of devices on a feeder, substation inner topology relationship description used for describing connection details in a substation, and description of the corresponding relation between substation equipment and smart terminal units (STUs). According to the method, the feeder topology relationship, the substation inner topology relationship and the corresponding relation between substation equipment and the STUs are described by the IEC 61850 standard, so that a technical support is provided for a power grid fault diagnosis technology and a self-healing technology in the prior art; therefore, the method can provide topological information without depending on the distributed intelligent feeder automation (FA) of a distribution automation master station, so that effective self-government among the STUs can be conveniently realized.

A computer implemented method and system for interrelating and providing ordered access to source data files (SDFs) is provided. Each SDF contains one or more records. A parsing component compiles a configuration language (CL) and generates file descriptors usable by an interlinear sort component (ISC) and an interrelated data access component (IDAC). The CL defines adopt and order key fields, a lineage relationship between the SDFs, and one or more predetermined subprograms. The subprograms process an instance of a record from a SDF and a start point and an end point of a sequence or a subsequence of related records from the SDF. The ISC sorts each SDF into the order defined in the CL and attaches a parent position number (PPN) to each child file record. The IDAC uses the PPN to access the sorted SDFs in the order defined by the CL and execute the defined subprograms.

The invention relates to a multi-language support implementing method based on a resource identifier. The method comprises the following steps: 1) configuring a language resource file; 2) setting a default language; 3) defining a filtering rule; 4) loading a needed language resource according to the filtering rule; 5) obtaining the language resource; and 6) monitoring whether the language resource file changes or not in real time, and if the language resource file changes, updating the language resource through reading the language resource file and loading the language resource again. Compared with the prior art, the method has high loading efficiency and effectively saves the storage space.

The invention relates to a multi-heterogeneous movable robot control system. The multi-heterogeneous movable robot control system is composed of a heterogeneous movable robot general control layer, aheterogeneous equipment executing layer and an upper computer terminal layer. The heterogeneous equipment executing layer is composed of heterogeneous movable robot, a control algorithm configurationprogram can operate between heterogeneous controllers of the heterogeneous movable robots, and different kinds of heterogeneous movable robots can achieve sharing and synchronization of control data in real time. According to the multi-heterogeneous movable robot control system, the same kind of configuration language can be adopted in the same control system, multiple sensor devices are fused, and the heterogeneous robots of multiple brands are cooperatively controlled.

A method is provided for analyzing the semantic content of network configuration files, comprising the steps of accessing configuration files associated with corresponding network components, the files containing commands that define the configuration of those components; transforming the commands into a structural database based, at least in part, on a non-grammatical analysis of the commands, wherein the structure of the commands is represented as the structural database; and constructing a semantic database of the configuration files by querying the structural database.

A method and apparatus for providing an adaptive parser are disclosed. For example, the method receives a configuration for a router, and parses a command from the configuration. The method determines whether there is an existing entry for the command in a model of a configuration language, wherein the model of the configuration language is used to record a syntactic structure of each command in the configuration language and its relationship to other commands. The method creates a new entry for the command in the model of the configuration language, if there is no existing entry for the command; and uses the model to update the parser.

A self adapting driver for controlling datapath hardware elements uses a generic driver and a configuration library to create a set of data structures and methods to map information provided by applications to physical tables. A set of virtual tables is implemented as an interface between the applications and the generic driver. The generic driver uses the configuration library to determine a mapping from the virtual tables to the physical tables. A virtual table schema definition is parsed to create the configuration library, such that changes to the physical infrastructure may be implemented as changes to the virtual table schema definition without adjusting the driver code. Thus automatically generated creation of generic packet forwarding drivers is able to be implemented through the use of a configuration language that defines the meaning of the information stored in the virtual tables.