17 projects tagged "Linux"
MQ Batch Toolkit allows users to manipulate, monitor, and manage messages in a queue of a WebSphere MQ (formally MQSeries) queue manager from a command-line or shell scripting environment. It is designed for developers, programmers, quality assurance testers, and production support personnel who want to do backup and recovery of messages, stress testing of applications, replaying of messages, searching a queue for a text string, etc.. It can run on any platform that supports Java v1.4 (or higher). It can connect to local queue managers or to any remote queue manager.
MQ Visual Browse allows users to view messages in a queue of a WebSphere MQ (formally MQSeries) queue manager and presents the data in a simplified format similar to a database utility or spreadsheet program. It is designed for application programmers, JMS developers, quality assurance testers, and production support personnel who do not need message editing capabilities. It can run on any platform that supports Java v1.4 (or higher). It can connect to local queue managers or to any remote queue manager.
MQ Visual Edit allows users to view, manipulate and manage messages in a queue of a WebSphere MQ (formally MQSeries) queue manager and presents the data in a simplified format similar to a database utility or spreadsheet program. It is designed for application programmers, JMS developers, quality assurance testers, and production support personnel. It can run on any platform that supports Java v1.4 (or higher). It can connect to local queue managers or to any remote queue manager.
Barcode Studio is designed to quickly create high-quality barcode images. It is commonly used for pre-press requirements, postal bar-coding, desktop publishing applications, mobile tagging, print shops, and general barcode purposes. It supports all linear barcodes (like Code39, 2of5, EAN, UPC, Code39, Code128, and EAN/UCC128), 2D barcodes (like PDF417, QR-Code, Aztec Code, DataMatrix ECC200, and MaxiCode), GS1 DataBar, and HIBC codes. Barcode data can be entered manually or imported from external data sources. Serial numbers are created automatically on demand. It has a built-in quality preview. Single as well as batch barcode creation is supported via the command line or the graphical user interface. Barcodes can be printed directly, copied to the clipboard, generated as image files (BMP, GIF, JPG, TIFF, or PNG) or exported as vector graphics (EPS, EMF, WMF , PDF, or PostScript). The created barcodes are useable immediately: Just insert the barcode graphics into your artwork, database, form, or any document.
TFORMer is a versatile barcode label printing and reporting program. It provides a uniform solution for creating all types of documents like labels, forms, serial letters, lists, and reports. TFORMer is used on workstations, as a server-based output system or as a report generator SDK. Documents are created with the graphical layout editor TFORMer Designer. For printing purposes, data is entered manually or imported from databases or files. Templates for compliance labeling (e.g. AIAG, VDA, DHL, GS1, etc.) reduce design efforts significantly. For software developers, the output functionality is available with TFORMer Runtime. This cross-platform reporting SDK supports all types of barcodes, direct printing, PostScript, HTML, ZPL-II, and image and PDF creation. It integrates perfectly into client and server solutions. APIs are available for .NET, DLL, COM, and Java.
3D Vertical Bar Graph provides both client and server-side solutions for the incorporation of bar graphs into Web pages. It provides versatile components so that Web authors and Java developers can easily build and publish dynamic and interactive bar graphs. There are many configurable features and functions to both the applet and servlet and as such, the documentation and examples are designed to give both a full understanding of every feature and enable you to implement both the applet and servlet quickly and easily. The series of examples gives an overview of the variety of implementations possible.
BMDFM allows one to run an application in parallel on shared memory multiprocessor (SMP) systems. BMDFM automatically identifies and executes all parallelism of unparallelized programs due to the static and mainly dynamic scheduling of the data flow instruction sequences derived from the formerly sequential program. BMDFM's dynamic scheduling subsystem performs an efficient SMP emulation of Tagged-Token DFM to provide the transparent dataflow semantics for the applications. No directives for parallel execution are required. No highly knowledgeable parallel programmers are required.