82 results about "Program fragment" patented technology

Systems, methods, and computer program products are provided for identifying software files, flaws in code, and program fragments by obtaining a software file, determining a plurality of artifacts, accessing a database which stores a plurality of reference artifacts for reference software files, comparing at least one of the artifacts to at least one of the reference artifacts stored in the database, and identifying the software file by identifying the reference software file having the reference artifacts that correspond to the plurality of artifacts. Certain embodiments can also automatically provide updated versions of files, patches to be applied, or repaired blocks of code to replace flawed blocks. Example embodiments can accept a wide variety of file types, including source code and binary files and can analyze source code or convert files to an intermediate representation (IR) and analyze the IR.

A program or program snippet is rewritten to conform to site-specific properties prior to being executed by a target host. The program or program snippet directed to a target host from a known or unknown source is either intercepted by a server before reaching the target host or can be redirected from the target host to the server to effect its rewriting. The program is parsed in its external representation, converting it to an internal representation that is inspected and analyzed with reference to a site-specific properties database. A summary of the program's properties is then compared to the site-specific properties database by a binary rewriting engine, which produces a rewritten program in an internal representation. If appropriate, the program or program snippet is rewritten to convert it to a format suitable for execution on the target host. Furthermore, certifications may be added to the rewritten program to mark that the rewritten program obeys site-specific constraints. The rewriting service thus produces a program in an appropriate target representation that conforms to site-specific properties. These properties may relate to security, auditing, optimization, monitoring, threading, and/or management of the rewritten program.

A library manager holds related program fragments, for example, control logic fragments and visualization program fragments sharing the same control variables, in library files. Multiple copies of control logic program fragments are instantiated to develop a control program and of the control variable tags for each copy of the control logic program fragments are renamed to prevent conflicts. At a later time, visualization program fragments related to the control logic program fragments are identified by their common origin in the library manger. The control variables of these visual program fragments may then be automatically renamed by using their library files as a guide. The library files may also hold related non-program information.

Techniques for using a proxy model to encapsulate one or more telecommunications (telecom) functionalities are provided. The techniques include generating a proxy model, wherein the proxy model comprises at least one of a representation module, an implementation module, a metadata module, one or more utility snippet modules, one or more unit test code modules and a module linking to one or more blogs, and using the proxy model to encapsulate one or more telecom functionalities. Techniques are also provided for creating a telecom service using the proxy model.

There is provided a parallel processing computer for executing a plurality of threads concurrently and in parallel. The computer includes: a thread activation controller for determining whether or not each of threads, which are exclusively executable program fragments, is ready-to-run, to put the thread determined ready-to-run into a ready thread queue as ready-to-run thread; and a thread execution controller having a pre-load unit, an EU allocation and trigger unit, a plurality of thread execution units and a plurality of register files including a plurality of registers, and the pre-load unit, prior to when each ready-to-run thread in the ready thread queue is executed, allocates a free register file of the plurality of register files to the each ready-to-run thread, to load initial data for the each ready-to-run thread into the allocated register file, and the EU allocation and trigger unit, when there is a thread execution unit in idle state of the plurality of thread execution unit, retrieves ready-to-run thread from the top of the ready thread queue, and to allocate the retrieved ready-to-run thread to the thread execution unit in idle state, and to couple the register file loaded the initial data for the ready-to-run thread with the allocated thread execution unit in idle state, and to trigger the ready-to-run thread. The plurality of thread execution units execute the triggered threads concurrently in parallel.

The invention discloses a method and a system for detecting repeated video-audio program fragments. The method includes the following steps: dividing an audio stream in a to-be-detected video-audio program fragment to obtain audio stream fragments, and extracting audio features from each audio stream fragment; in the video-audio program stream, detecting an audio sequence of the repeated video-audio program fragment matching with the audio stream fragment to obtain the repeated video-audio program fragment; aimed at the primarily obtained repeated video-audio program fragment, precisely positioning starting and stopping time points of the repeated video-audio program fragment by matching audio of fine granularity; and combining matching pairs of the precisely positioned repeated video-audio program fragment with a method based on the sequence, thereby obtaining the whole repeated video-audio program fragment. The invention can detect certain video-audio program fragment in video-audio program with high precision and high efficiency.

A video publishing and viewing system that allows the user to select a video on the user's network or on the Internet and produce a hierarchical menu describing the video content. The editing user can perform the entire process of selecting the video, creating the hierarchical menu along with descriptive text, and uploading the file from the same system, which is run entirely in a Web browser. The produced index is independent of the file formats as well as different play rates (low and high bandwidth). The same index appears for all viewings (or listenings) of the file. The system includes an auto-export feature that allows external search engines to look inside the video menu and make the video itself clickable and searchable as if it were a book (through the menu). The system also allows the user to build on already annotated videos by creating a new program from program fragments (hierarchical menu items) such that destructive video editing is not required.

An Integrated Development Environment (IDE) is configured with an online community interface for accessing online community resources, such as contacts and information, directly through the Internet or other networks. The online community interface displays icons and other selectable objects that are associated with contacts or webpages. Upon selecting an object associated with a contact, an email or instant messaging window is launched that enables communication with the one or more contacts. Upon selecting an object associated with a webpage, a browser is launched that accesses and displays the webpage. The online community interface also enables an IDE element, such as a development tool or program snippet to be copied from the IDE and sent to a desired contact through the IDE interface.

Systems, methods, and computer program products are provided for locating design patterns in software. An example method includes accessing a database having multiple artifacts corresponding to multiple software, and identifying a design pattern for at least one of the software files by automatically analyzing at least one of the artifacts associated with the software. Additional embodiments also provide for storing an identifier for the design pattern for the software in the database. For certain example embodiments, the artifacts include developmental, which may be searched for a string that denotes a design pattern, such as flaw, feature, or repair. Additional example embodiments also include finding in the software file a program fragment that implements the design pattern.

Techniques for using a proxy model to encapsulate one or more telecommunications (telecom) functionalities are provided. The techniques include generating a proxy model, wherein the proxy model comprises at least one of a representation module, an implementation module, a metadata module, one or more utility snippet modules, one or more unit test code modules and a module linking to one or more blogs, and using the proxy model to encapsulate one or more telecom functionalities. Techniques are also provided for creating a telecom service using the proxy model.

One embodiment is directed to synthesizing code fragments in a software routine using known inputs and corresponding expected outputs. A computer system provides a software routine with known inputs and corresponding expected outputs, infers software routine instructions based on the known inputs and corresponding expected outputs, and synthesizes a correctly functioning code fragment based on the inferred instructions. Another embodiment is directed to automatically resolving semantic errors in a software routine. A computer system provides the software routine with known inputs and corresponding expected outputs for portions of a program fragment where an error has been localized. The computer system learns a correctly functioning program fragment from pairs of input-output descriptions of the program fragment, determines the program statements that can transform given input states into given output states after execution of those program statements, and alters portions of the software routine with the learned program fragments.

A method and system for transforming and verifying downloaded programs fragments with data type restriction in an embedded system in which a program fragment being temporarily stored a verification process of the stored program fragment object code is executed instruction by instruction so as to discriminate for each instruction the existence of a target, a branching instruction target, a target of an exception handler call or a target of a subroutine call. On the occurrence of a target of a branching instruction as the current instruction, the empty status of the stack is verified and the program fragment is rejected otherwise. A verification process and updating of the effect of the current instruction on the data types of the type stack and the table of register types is performed. The verification process is successfully executed instruction by instruction until the table of register types is stable, with no modification being present, and interrupted with the program fragment being rejected otherwise.

The present invention discloses a program fragment pre-fetching method, which is applied to the peer-to-peer network. The method comprises that a network node requesting programme searches a first playing record list and/or a second playing record list with the corresponding identification string of the programme fragment currently played by the node as an index, to at least one record item; the programme fragment identification with higher occurrence frequency in the record item and not contained in the local buffer memory of the node is obtained from the at least one record item, and the corresponding programme fragment of the programme fragment identification acts as a pre-fetching fragment and is pre-fetched. Through the proposal provided by the present invention, the hit rate of the pre-fetching fragment can be effectively improved, and therefore the download delay caused by the frequent VCR operations of each node user can be further effectively reduced.

A search utility for industrial control programs accepts as a query an example program fragment which is abstracted into a graph-form capturing, for example, instruction control-flow and data-flow. This graph-form may be compared to a graph-form transformation of other portions of the program to provide a more sophisticated matching process that considers underlying logical hierarchy of the program elements rather than their superficial expression in the source code embodiment

The invention discloses a method for automatically classifying and grading program competition type source codes according to a question answering method. The method comprises the steps of obtaining astandardized program by conducting program conversion on each program aiming at the problem P in the database on an abstract syntax tree, extracting features standardized programs or program fragments, obtaining all feature sets, carrying out multi-instance multi-classification learning on the basis of all the extracted feature sets, obtaining a classification model, and automatically classifyingand grading the newly input programs aiming at the problem P by using the classification model. According to the method, classification and grading can be accurately realized according to the programsource codes by a problem solving method.

The invention provides a method used for cutting fragments in a recorded program, comprising the following steps: a. when in the process of recording program, at least one program fragment that needs to be cut is marked to be hidden, a program fragment hidden marker list is generated according to the program fragment hidden marker so that the plurality of program fragment hidden markers are not overlapped in the marking range; and b. when the recorded program is played, the program fragment that needs to be cut is skipped according to the program fragment hidden marker. The technical proposal provided by the invention can facilitate the user to quickly cut the needless fragments in the recorded program according to the need, thereby avoiding the problem of complex operation and over low efficiency when a document cutting method is adopted to delete and recombine the recorded program, and better satisfying the demand of the user.

The embodiment of the invention discloses a method for repeatedly playing a program. The method comprises the steps that when a program playing instruction is detected, the program playing starting time point is acquired; if a program repeatedly-playing signal is detected, the program playing stopping time point is acquired; the time period when the program needs to be played repeatedly is determined according to the acquired program playing starting time point and the acquired program playing stopping time point; a program fragment corresponding to the time period when the program needs to be repeatedly played is played repeatedly. The embodiment of the invention further discloses a terminal for repeatedly playing the program. By means of the method and terminal, the program fragment needing to be repeatedly played can be positioned conveniently and quickly, and the using experience of a user is improved.

Methods for mobility of effectful program fragments including a method for serializing and deserializing effectful program fragments, and a method for utilizing a program fragment in a type-directed way.

An embodiment of the invention discloses a method and a device for transferring media files. The method includes acquiring a code rate upper limit of a next program period according to transmission history of a media data network, a current program period, a starting moment of the next program period and a finishing moment of the next program period when loading of media data of the current program period is completed; selecting a program fragment of the next program period from a media server according to the code rate upper limit of the next program period; and receiving the selected program fragment of the next program period.

The invention discloses a two-step cluster software load feature extraction method based on SOM and K-means. The method comprises the following steps that (1) load features are extracted from a dynamic instruction stream in the software performing process: firstly the software performing process is divided into multiple fragments, then statistics of the feature parameters of each program fragment is performed, and each software outputs multiple sets of feature parameters so as to form a matrix formed by the multi-dimensional feature parameters; (2) typical program fragments are extracted from the feature parameter matrix: feature fragment clusters with different software load features are found from multiple program fragments by utilizing an SOM clustering algorithm, and then the fragment capable of most representing the features of the cluster is found from the feature fragment clusters of the same type by utilizing a K-means clustering algorithm. According to the method, the defects that SOM convergence time is excessively long and the K-means algorithm is excessively sensitive to an initial point and liable to fall into the locally optimal solution can be compensated simultaneously.

The invention relates to a data distribution optimization method based on a variable note memory, belonging to the technical field of computer storage. The method comprises the following steps: S1, according to the access characteristics of the application program, dividing the program into a plurality of program segments, and counting the variable access information of each program segment by using the profiling technology; S2, according to variable access information of program fragment, dynamically adjusting the number of units of single-layer storage mode and multi-layer storage mode in variable note memory, and searching for the optimal configuration of SLC/MLC size in variable note memory; S3, based on the given SLC/MLC size configuration, using the data distribution optimization algorithm to allocate the best storage address for each variable in the program segment; S4: adding the corresponding data distribution optimization program before each program segment, and running the program in the system. The invention realizes the variable memorizer of the note, and reduces the memory access energy consumption of the embedded system.

The invention provides a system and method for certifying a cell phone number on the basis of a CN39 code. The system comprises a cell phone control unit, a communication base station control unit, a communication base station program fragment processing unit, a communication base station certification unit, a communication base station data processing unit and a visited person cell phone control unit. The method comprises the steps that a visitor cell phone emits a visiting signal to generate a first group of data; the cell phone control unit generates a second group of data; the cell phone control unit generates a third group of data; the cell phone control unit transmits the CN39 code and a visited person cell phone number to a communication base station; the program fragment processing unit of the communication base station processes the signal, and the certification unit of the communication base station decrypts the three groups of data and transmits the decrypted data to the data processing unit if the decrypted data passes verification; and the data processing unit of the communication base station converts the CN39 code into an original visitor cell phone number, generates a transmission permission signal and outputs a visiting signal to the visited person cell phone number; and the visited person cell phone control unit conducts decryption computation and gives a prompt if a decryption result returns to zero.