401 results about "Language code" patented technology

A method and apparatus for representing complex data schemas and generating type validated output documents in a markup language. The methods apply to transforming document type definitions into extensible markup language coded information that can readily accommodate logical constraints imposed by recursion or repetition within the DTD structure. Furthermore, non-determinism arising from repetition or recursion in a data schema is resolved by traversal path coding using a matrix representation of the data schema.

One or more server-side control objects provide server-side processing of postback input received from client-side user interface elements in a request from a client. Such input may include without limitation postback data and postback events generated from a web page on a client and received by a server in an HTTP request. A hierarchy of server-side control objects can cooperate to process the postback input and to generate the resulting authoring language code, such as HTML. Server-side events can also result from the server-side processing of postback input. In addition to processing postback input, server-side processing may include, without limitation, state management of server-side control objects and binding data to and from server-side database. After the processing and generating operations, the server-side control object hierarchy is terminated until a subsequent request is received from the client.

A system for generating target language source code utilizing an object oriented code generator is disclosed. A desired computer programming function is specified using a fourth generation language. An object oriented converter converts the fourth generation language specification into an object oriented model which retains the function and inter-relationships defined in the specification. The object oriented model is applied against a set of source code templates for a desired target language, which will typically be a third generation language. An object oriented generator engine parses the resulting collection of templates to form source code files having the desired programming function in the desired target language.

A method for transforming a procedural program having procedural language code into an object-oriented distributed software program is provided. A procedural program is transformed into intermediate client-server code. The intermediate client-server code is partitioned into an N-tier application program.

A compiler automatically generates a late binding interface implementation based upon programming language code and definition information. The programming language code is for implementing the late bound methods of the interface, while the definition information defines late binding interface features of the interface. The late binding interface implementation includes code for invoking one or more late bound methods through a late binding mechanism, and also can include code for directly invoking the one or more late bound methods through an early binding mechanism. The compiler can also generate client-side code for calling a late bound method of a late binding interface.

The present invention relates generally to computers and computer databases, and more specifically, to a method of and system for converting between Object-oriented classes and markup languages. One aspect of the invention is broadly defined as a method for converting data from a markup language format to an Object model, comprising the steps of: identifying an input markup language code, a destination Object and a markup schema; determining mappings between the schema and the destination Object, including identification of namespaces associated with elements of the input markup language document; traversing the input markup language document; and instantiating corresponding software Objects with consideration for the namespace.

A system and method for accelerated downloading of dynamic web pages. Initially, customized script library functions are downloaded from the server to the client browser as part of the page frameset. A page request from a user is received by the client browser and transmitted to the server. In turn, page data is fetched by the server from remote data sources and formatted to include library code for invoking associated library functions written in a script programming language, e.g., JavaScript. The formatted data pages is transmitted from the server to the client browser which calls the library functions that were previously downloaded to the client browser in response to the library code in the data pages. The appropriate library functions are invoked from the client browser to generate Hyper-Text Markup Language code that is written to a target frame. Finally, the Hyper-Text Markup Language code written to the target frame is rendered. The downloaded JavaScript library functions are therefore downloaded to the client side only once but accessed multiple times thereby increasing efficiency of downloading and reducing bandwidth. Faster page draw is achieved because of the limited amount of information or data that is repeatedly transferred to the client browser from the server.

A method, system, and computer program product for providing data mining functionality into Web page design that provides improved ease of design without the need for extensive custom programming. The method comprises the steps of: transmitting to a browser operated by a user a Web page for display to the user, the Web page including a control for activating a data mining function, launching a servlet in response to an indication that the control has been activated, transmitting a request for data mining processing from the servlet to a data mining engine, receiving a result of the data mining processing from the data mining engine, and transmitting the result to the browser. The servlet may be a reusable software component. The servlet may be a JavaBean. The JavaBean may comprise a call to a Java Application Program Interface. Activation of the control may activate a Hypertext Markup Language tag. The result of the data mining processing may comprise hypertext markup language code generated by the data mining engine. The method may further comprise the step of generating Hypertext Markup Language code based on the received result of the data mining processing.

The present invention discloses a software development tool that includes a model development interface, an aspect design tool, and a model transformation engine. The model development interface can permit a developer to graphically design at least one software model. The aspect design tool for the model development interface can be configured to permit a user to specify at least one aspect to be applied to a model of the model development interface. The model transformation engine can transform a model of the model development interface having at least one aspect defined via the aspect design tool into automatically generated aspect code integrated with base language code.

A method for testing the display of bi-directional language script prior to translation in an application under test can include using unidirectional glyphs with shaping indicators to simulate right-to-left characters. The using step can include reversing an ordering of a first set of unidirectional text characters in an input string and mapping the unidirectional text characters to right-to-left code points in a bi-directional language code page to produce a pseudo-translated string. Multiple unidirectional language glyphs can be loaded where each corresponds to a same one of the right-to-left character code points as had been used to produce the pseudo-translation. The pseudo-translation and the glyphs can be combined to simulate right-to-left character rendering in the application under test such the resultant output is visually similar to the input string. Finally, the glyphs can include character shaping indicia such that a resultant output allows for the detection of shaping errors.

The present invention is directed to a method and system for translating a high-level language (HLL) code such as C, C++, Fortran, Java or the like into a HDL code such as Verilog or VHDL which requires no modification in the original HLL source code, while supporting a cross call between software and hardware, and even recursive calls in hardware. The system includes: a HLL-to-HLL source translator which reads user programming directive from a translation-targeted high-level language code marked with the user directive, and separates the translation-targeted high-level language code into a hardware code part and a software code part; a main compiler which compiles the software code part; a HLL-to-HDL translator which includes the front-end and middle-end of the main compiler and a HDL backend; a main core which executes the compiled software code part; and a dedicated hardware which executes the HDL code.

A method includes writing JAVA™ language source code that includes a definition of a generic class, generating an instance of the generic class; and compiling the instance of the generic class into common intermediate language code executable by a runtime engine. A system operably receives input representing a generic class definition in a JAVA™ language, receives source code that references the generic class, compiles the source code with an instance of the generic class into common intermediate language code executable by a runtime engine.

Unification of a programming language with a definition language creates a powerful tool for object-oriented programming. A programming language is extended to include definition language constructs. In a compiler environment, a compiler recognizes the definition language constructs in programming language code. The compiler environment unifies representation of the definition language information and programming language code in a unified parse tree, and derives semantic meaning from definition language information. The compiler environment also checks for lexical, syntax, and semantic errors.

The present invention provides a system which can automatically select a language of a GUI and transaction conditions according to each user. Through the Internet 20, a sales server 10 provides services such as merchandise sales and merchandise auctions to web clients 30, 40 of many users. The web server 10 stores the language codes indicating preferred languages of all users and notations according to various languages for the items constituting various Web pages. Furthermore, the sales server 10 classifies the users into a plurality of groups and stores transaction conditions customized for each group. When a user logs in, the sales server 10 confirms the user's language code and the transaction conditions for that user's group and, dynamically generates a web page with contents matching the transaction conditions for the user's group, using the item notation with the language of that language code, and sends that web page to the web client of the user to be displayed thereon.

A method and system for creating programming language code through voice commands. The system includes an external input device such as a microphone, a computer for receiving the voice commands and converting the voice commands into programming language code and a targeted terminal having a targeted program utilizing the same programming language. The computer includes a voice-to-programming language converter for converting a person's voice commands into programming language. The computer also includes a locator module for identifying the commanded location of any voice commands within the targeted program. The system may be utilized to create new programs or dynamically change existing programs through voice commands. In addition, the system enables all programming language symbology to be created from voice commands.

A technique for retrieving and processing data retrieved from a non-contact recording medium without physically contacting the non-contact recording medium. The non-contact medium contains coded data including a data declaration, a graphical user interface, a determining function, and specification of a communication protocol. A portable terminal reads the data from the non-contact medium, decodes the data into a structured language code file including a data declaration function, a determining function, and a communication protocol specifying function, and stores the code file. A user may select a stored code file, which executes on the portable terminal and performs display control. The portable terminal then communicates data from the selected code file to an external device by using a specified communication protocol from the selected code file.

Unsafe application programs that implement managed code can be executed in a secure fashion. In particular, an operating system can be configured to execute an application program in user mode, but handle managed code compilation through a type-safe JIT compiler operating in kernel mode. The operating system can also designate a single memory location to be accessed through multiple address spaces with different permission sets. An application program operating in user mode can be executed in the read/execute address space, while the JIT compiler operates in a read/write address space. When encountering one or more pointers to intermediate language code, the application runtime can send one or more compilation requests to a kernel mode security component, which validates the requests. If validated, the JIT compiler will compile the requested intermediate language code, and the application program can access the compiled code from a shared memory heap.