Showing papers on "Batch file published in 2011"

System and Method for Remote Updates

Abstract: Software on a server accesses a batch file including a plurality of events generated by a remote game client application executing an instance of the computer-implemented game The software accesses a game state data object associated with the instance of the computer-implemented game The game state data object includes one or more game state parameters formatted as a serialized unstructured string of text data The software parses the game state data object to identify the one or more game state parameters The software processes the plurality of events in the batch file against game logic to update one or more of the game state parameters in the game state data object The game logic incorporates information extracted from a social graph And the software stores the game state data object in a memory cache

Batch file processing method and system

Abstract: The present invention discloses a processing method of batch files as well as an inquiry method and a system of batch files by applying bank risk information. The present invention relates to the field of data processing and solves the problem that multitudinous inquiry-demanded files sent by banking institutions fail to be processed rapidly and efficiently. The method includes searching regularly to see whether inquiry-demanded files exist; acquiring inquiry-demanded files in a multi-process and parallel way; conducting a one-off retrieval of various risk information tables to examine whether objectionable information matching the inquiry-demanded files exists correspondingly to each inquiry-demanded file; and generating query result files containing the objectionable information. The system consists of a database, a file-shared space, a regularly polling module, a plurality of data-retrieving modules and a subsystem of file receiving and sending. The present invention not only achieves a demand for automatization, but also has the advantages of being fast, stable, safe and supporting a concurrent process by multitudinous institutions. The present invention plays a role in standardizing the credit flow of the credit card issuing by internet-entry institutions and better avoiding the risk of the credit card issuing.

Methods and systems for performing efficient page reads in a non-volatile memory

Abstract: Systems and methods are disclosed for increasing efficiency of read operations by selectively adding pages from a pagelist to a batch, such that when the batch is executed as a read operation, each page in the batch can be concurrently accessed. The pagelist can include all the pages associated a read command received, for example, from a file system. Although the pages associated with the read command may have an original read order sequence, embodiments according to this invention re-order this original read order sequence by selectively adding pages to a batch. A page is added to the batch if it does not collide with any other page already added to the batch. A page collides with another page if neither page can be accessed simultaneously. One or more batches can be constructed in this manner until the pagelist is empty.

Extraction method, information processing method, extraction program, information processing program, extraction device, and information processing device

Abstract: For example, the character string "watched a puppet theater show" is described in a file to be processed (F3), and the "puppet theater" in this string is then rewritten to "story-board". In this case, a new file number #=n+1 is assigned to the file to be processed (F3), and when an update is performed, the file is stored as a file to be processed (F(n+1)). In a compression code map (M), a bit of the file number n+1 is set in each appearance map. The bit of a deletion map (D) of the file number n+1 is set to be ON. With respect to the file to be processed (F(n+1)), due to the deletion of "puppet theater", the bits of the character information for "puppet", "theater", and "puppet theater" are turned OFF, and the bit of the character information for "story-board" is turned ON. On the other hand, the bit of the deletion map (D) of the file number (3) is turned from ON to OFF.

Method for supporting multi-operating system by system service and device

Abstract: The invention discloses a method for supporting a multi-operating system by system service and a device, belonging to the field of a computer. The method comprises the following steps: receiving a system service command which comprises at least a system service program name; according to the system service program name and the type of a current running operating system, obtaining a corresponding batch file from a batch file collection which comprises a prefix name, a suffix name and a batch file, wherein the prefix name is identical to the system service program name, and the batch file corresponds to the type of the operating system; and according to the batch file, calling and running the system service program so as to finish the system service. The scheme leads a system administrator to be able to successfully finish the management of service on each operating system in the condition of only knowing the system service command, so as to reduce operational complexity, widen application scope and improve consumer experience.

Method for processing batch documents of service management system

Abstract: The invention relates to a processing method for batch files in a service management system which comprises a database, a service processor and a terminal. The method comprises the steps that: the terminal transmits the command in each batch file to the service processor line by line to carry out service cycle processing, and records the name and the processing row number of the currently processed batch file; in the service processing process, if the service processing environment present abnormity, the terminal searches the corresponding row of the corresponding batch file according to the recorded name and the processing row number of the batch file after the service processing environment restores to be normal, and takes the line as the starting point to continue to transmit the command to the service processor for service cycle processing. The method ensures the integrality of the result file acquired by the terminal and the consistency of the result file with the result file formed by the service processor, ensures the non-repeatability of the data of the formed result file, and has good analyzability.

Xruntime: A Seamless Runtime Environment for High Performance Computing

Abstract: Most HPC clusters are now based on an x86 architecture and Linux. In a Grid consisting of such clusters, users might think that a single executable file, a data set, and a single job script will work in all cluster environments. However, due to the lack of interoperability of MPI library implementations, file systems, and batch job systems, users need to be conscious of the runtime environments over the Grid. In order to overcome such differences, we propose a runtime environment called Xruntime consisting of the following three components. MPI-Adapter is middleware between the user program and an MPI implementation to make it possible to execute a single executable code on different MPI implementations. Catwalk is transparent file staging middleware that makes remote files accessed by an application visible as if they were located in the local system. Xruntime allows a user to use various clusters with single batch job script language the user is familiar with, without learning other batch job script languages used on other clusters.

A fast scheme to backup and restore database for database related courses

Abstract: Datebase courses are improtant component in the curriculum of college or department of computer science in the university. To setup the experimental environment, there are many schemes existed but most of them need to be done manualy with low efficiencies. In this paper, a fast scheme to backup and restore database using Oracle 10g as an example for steupping the experimental envrionment is proposed. The idea is using two script files to automatically generate the batch file for backup and restore. Through experiment, the new scheme can speedup the efficiency ten times over the original scheme.

Development Platform for Automotive System Base on VC++ and ADAMS/Car

Abstract: To speed up the virtual development of the automobile, Using VC++6.0 programming environment and the function of ADAMS could execute the batch files; the simulation and analysis of automotive system are developed. A friendly convenient and the flexible man-machine conversation interface are developed by VC++ foreground. The parameters input by users and ADAMS operating commands are encapsulated in acar.cmd file. ADAMS will automatically calculate and simulate after executing the acar.cmd file. It can be showed that this program will improve the study and quicken the design of vehicle progress greatly.

SU‐E‐T‐259: Implementation of An Automated Workflow Auditing and Notification System for Radiation Oncology

Abstract: Purpose: To develop an automated notification and reporting system that uses a series of database queries to monitor and audit the Radiation Oncology workflow, and provide feedback to users via e‐mail notification to reduce human errors and improve consistency in the department workflow Methods: A set of SQL queries was developed to monitor elements of the workflow that correspond directly with data recorded in the database These queries were automated using a combination of third‐party querying and formatting tools including iSQL and Infomaker (Sybase, Inc), Acrobat Professional (Adobe), and Windows XP batch programming and task scheduling The output of these queries was stored in the form of PDF or plain text results files An interpreter was written in Visual Basic 2010 (Microsoft) to read in a text files created by a SQL database query, sort out appropriate recipients, and send out reminders via e‐mail based on e‐mail addresses stored in Aria Results: The automated system was first used to replace manual notification of physicians of upcoming simulation appointments with missing documentation In a survey of recipients, the feedback was positive, indicating acceptance of the system in the clinic A retrospective audit of the workflow showed no change in the rate of on‐time completion of documentation, indicating successful replacement of the manual process Conclusions: The software package for the automated notification/reporting system has been implemented successfully, and its feedback was very positive Application to additional parts of the workflow is in development

Spring Batch in Action

Abstract: SummarySpring Batch in Action is an in-depth guide to writing batch applications using Spring Batch. Written for developers who have basic knowledge of Java and the Spring lightweight container, the book provides both a best-practices approach to writing batch jobs and comprehensive coverage of the Spring Batch framework. About the TechnologyEven though running batch jobs is a common task, there's no standard way to write them. Spring Batch is a framework for writing batch applications in Java. It includes reusable components and a solid runtime environment, so you don't have to start a new project from scratch. And it uses Spring's familiar programming model to simplify configuration and implementation, so it'll be comfortably familiar to most Java developers. About the BookSpring Batch in Action is a thorough, in-depth guide to writing efficient batch applications. Starting with the basics, it discusses the best practices of batch jobs along with details of the Spring Batch framework. You'll learn by working through dozens of practical, reusable examples in key areas like monitoring, tuning, enterprise integration, and automated testing.No prior batch programming experience is required. Basic knowledge of Java and Spring is assumed. What's InsideBatch programming from the ground up Implementing data components Handling errors during batch processing Automating tedious tasks Table of Contents PART 1 BACKGROUND Introducing Spring Batch Spring Batch concepts PART 2 CORE SPRING BATCH Batch configuration Running batch jobs Reading data Writing data Processing data Implementing bulletproof jobs Transaction management PART 3 ADVANCED SPRING BATCH Controlling execution Enterprise integration Monitoring jobs Scaling and parallel processing Testing batch applications

The Facility for Automated and Self-Maintainable Traceability

Abstract: This chapter introduces the facility for automated, dynamic, accurate, precise, and self-maintainable traceabilities among related software documents and test cases and source code established through test case execution and some keywords used within the test case descriptions to indicate the format of the documents as well as the file paths and the bookmarks for automatically opening the documents from the corresponding positions when the related test case is selected for forward tracing or traced backwards from the corresponding source code. When a test case is executed, a Time Tag will be automatically inserted into both the test case description and the database of the test coverage measurement results for mapping them together. No matter if the contents of a document are modified, or the parameters of a test case are changed, or the corresponding source code is modified, after rerunning the test case the traceabilities will be updated automatically without any manual rework. Here a “document” means a regular file for requirement specification, design description, test requirement specification, user manual, project development plan, cost report, or a Web page as well as a batch file for dynamically running a related program such as a tool for selectively playing back the GUI operations captured with the test case execution, and displaying the test coverage measurement result shown in a new type of control flow diagram which is ­interactive and traceable with untested source modules and branches highlighted at the same time for automated software acceptance testing.

Information processing device, electronic apparatus and application method of patch program, and computer program

Abstract: PROBLEM TO BE SOLVED: To provide an information processing device that has great security and is capable of effectively applying a patch program.SOLUTION: An information processing device includes: storage means for storing a first batch file including a patch program, and second and third batch files in which operation to be executed at a time of activation of the own device is previously described; and execution means for executing the second or third batch file at a time of activation of the own device. The second batch file includes a command for executing the first batch file and a command for deleting the first batch file after the execution. The execution means activates the own device according to the second batch file and restores the patch program by executing the first batch file. The execution means also deletes the restored patch program and the first batch file after applying the patch program to the own device, and updates the batch file to be executed at a time of the next activation of the own device to the third batch file.

Testing system for backup battery module of storing system

Abstract: A storing system is connected between an external power supply module and a server. The server is connected to external power supply module. The server switches off the external power supply module with the power source when the measured batch file is wholly transmitted to the first storing module. The backup battery module supplies power to the first storing module. The server compares the files stored in the permanent storing module with the measured batch file to determine whether or not the backup battery module is in working order.

Computer system and computerized method for processing account data

Abstract: The present invention is embodied in an online-like transaction processing method and system for processing account information contained in batch process files, the method including: reading at least one batch file containing a plurality of records, each of the plurality of records being related to an associated one of a plurality of accounts; identifying which of the plurality of records relate to same ones of the plurality of accounts; identifying one of the accounts; and, processing all of the records identified as relating to the one of the accounts together and independent of processing any of the records relating to any other of the plurality of accounts