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List Owner’s Manual - ListservL-Soft is aligning LISTSERV’s version numbering with the rest of the e-mail industry. There have been 51 released versions of LISTSERV since 1986 – 15 major upgrades and 36 minor releases. Version 1.8e in the “traditional” numbering system corresponds to 14.0. The present update is version 15.0. Because the old nomenclature is more familiar to our users, in this version of the documentation we will continue to refer to versions of LISTSERV inferior to version 14.4 by the old version system. Preface - About
This Manual Every effort has been made to ensure that this document is an accurate representation of the functionality of LISTSERV®. As with every software application, development continues after the documentation has gone to press so small inconsistencies may occur. We would appreciate any feedback on this manual. Send comments via email to: MANUALS@LSOFT.COM The following documentation conventions have been used in this manual: • Menus, options, icons, fields, and text boxes on the screen will be bold (e.g. the Help icon). • Clickable buttons will be bold and within brackets (e.g. the [OK] button).
Download List Owner’s Manual - ListservCyberinfrastructure and Web 2.0Cyberinfrastructure 1 and e-Science 1 are conventionally presented in terms of Grid technologies 2 3 that support remote access to computational science resources (such as supercomputers), distributed data management, networked instruments and similar technologies. Web Services are a key technology for realizing this vision 4 5. In contrast to these heavyweight approaches, however, many important innovations in network programming are emerging outside the (by now) traditional Web Services framework and are collectively known as Web 2.0 6. As we discuss in this chapter, these developments need to be tracked and incorporated into the e-Science vision.
This chapter reviews some of the core Web 2.0 concepts by considering their impact on e-Science activities. For a related perspective on these issues, see 7. Web 2.0 is not a specific set of technologies and is best characterized as a movement towards network programming for everyone. The blurred distinction between a Web application and a Web tool (such as Google’s My Maps and Yahoo’s Pipes applications) means that even non-programmers can make sophisticated custom Web applications. In contrast to Web 2.0, the Enterprise-centric view of Web technologies holds that Web development is the domain of highly trained programmers working in very sophisticated development environments with complicated service interface and message specifications. Enterprise technologies are characterized by various Web software vendor efforts from Microsoft, Oracle, IBM, Sun, HP, and others. Grid computing is closely aligned (through the Open Grid Forum 8, for example) with Enterprise computing.
The numerous Web Service specifications (collectively known as WS-*) have formedPlatform Reference Guide PKI eSignature APIThis manual contains information to ensure that your application makes effective use of the eSignature API. It should be read in conjunction with the Medicare Australia PKI eSignature API Glossary, the Medicare Australia PKI eSignature API Developer’s Reference Guide, and the Medicare Australia PKI eSignature API Platform Reference Guide. This manual includes information concerning store creation, password handling, error handling, and problem diagnosis.
It also contains relevant information on API deployment and Store backup procedures. For information concerning specific API calls refer to the Medicare Australia PKI eSignature API Developer’s Reference Guide. This manual is intended for developers to make full use of the eSignature API.
The purpose of this document is to provide a set of standards for developers and vendors who wish to incorporate the Medicare Australia eSignature API into their application.
Scope
The scope of this document only covers the standards for Store, Password, and Error Messages, it does not cover the definition of the API, refer to the Medicare Australia PKI eSignature API Developer’s Reference Guide for this information, or the installation of the API on different platforms, refer to the Medicare Australia PKI eSignature API Platform Reference Guide for this information.
Download pdf Platform Reference Guide PKI eSignature APIPerformance Brief: Autodesk AutoCAD PDF SheetRiverbed Steelhead® Appliances Accelerate Autodesk AutoCAD® Despite the efforts of AutoCAD to dramatically reduce the average file size of design documents, file collaboration over a Wide Area Network (WAN) can take a dramatic toll on productivity. Files are often many hundreds of megabytes, resulting in inefficiency even in basic operations such as file opens and file saves. Architecture, engineering, and manufacturing firms estimate that design engineers can spend one-quarter to one full hour a day on remote file operations, dramatically reducing the available working time per person.
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Download PDFThe Forrester Wave: Application Server PlatformsApplication server platforms are the most important category of application platform software for most enterprises. An application server platform is infrastructure software for building Web and composite applications and, increasingly, applications based on service-oriented architecture (SOA) design principles. An application server platform integrates an application server, which manages user requests, data access, and business logic, with portal servers and integration/business process management (BPM) servers — and often additional features, as well.
- App server platforms are the most strategic of all application platforms. According to data from Forrester’s Business Data Services, Microsoft’s .NET and Java/J2EE have consistently finished at the top of the list of most commonly used development platforms. .NET and Java/ J2EE are the core technologies for most application server platforms. Hot new platform options, including Ruby on Rails, Java Spring, and PHP, and new hosted platforms like salesforce.com’s Apex are simply not as important to platform buyers in our surveys yet, and older platforms like 4GLs and host platforms are in declining usage (see Figure 1).· - Application server platforms help customers consolidate to save money. Many customers turn to application server platforms and suites and dump their best-of-breed products. Why? Application server platforms offer higher volume discounts and reduced product integration costs.
- App server platforms are the base for a growing number of solutions. Buyers of many packaged business applications either use application server platforms now or soon will, adding to the importance of this category. Microsoft’s Dynamics packaged applications are based on its .NET platform. NetWeaverBACKGROUNDER What is Nokia Nseries?new features simply by downloading and installing software. Your ... Nokia will bring the high quality N-Gage gaming experience to
download PDFMercedes-Benz ML 320 SE 420 SEL 500 SEL Operator’s ManualThe more cautiously you treat your vehicle during the break-in period, the more satisfied you will be with its performance later on. Therefore, drive your vehicle during the first 1500 km (1000 miles) at moderate vehicle and engine-speeds. During this period, avoid heavy loads (full throttle driving) and high RPM (no more than 2/3 of maximum permissible speed in each gear as indicated on the speedometer). Avoid accelerating by kickdown. It is not recommended to brake the vehicle by manually shifting to a lower gear. We recommend to select positions “3? or “2?only at moderate speeds (for hill driving). After 1000 miles (1500 km) speeds may be gradually increased to the permissible maximum Maintenance We strongly recommend that you have your vehicle serviced by your authorized Mercedes-Benz dealer, in accordance with the Maintenance Booklet.
Failure to have the vehicle maintained in accordance with the Maintenance Booklet may result in vehicle damage not covered by the Mercedes-Benz Limited Warranty. Radio Transmitters Warning! Never operate radio transmitters equipped with a built-in or attached antenna (i.e. without the telephone connected to an external antenna) from inside the vehicle while the engine is running. Doing so could lead to a malfunction of the vehicle’s electronic system, possibly resulting in an accident and personal injury. Radio transmitters, such as a portable telephone or a citicens band unit should only be used inside the passenger compartment, if they are connected to a Mercedes-Benz approved antenna that is installed on the outside of the vehicle.
Download Mercedes-Benz ML 320AOP Support for C#This paper summarizes the novel features of our AOP extensions to C# language [3]. It also reports the experience gained while restructuring and enhancing a shared source compiler. Here we describe a general global view of this project, named CAMEO. The initial aim of CAMEO is to implement AspectJ like language support enabling aspect-oriented modularization in C#. Other goals include support for structural aspects that harness Common Language Runtime (CLR) features [1], incremental or partial aspect weaving, and configurable advice weaving. A preliminary source-to-source translator implementation is available for internal use. We intend to evolve this framework for exploring new ideas in AOP and metaprogramming.
Determining a collection of joinpoints in the base source involves performing a detailed control flow analysis of the code. Conducting flow analysis directly on the source text is an expensive operation in most practical cases. Since traditional compilers routinely parse source text and build Abstract Syntax Graphs (ASGs), it makes sense to make use of available infrastructure from implemented translators. In the CAMEO project, we counted on Microsoft’s Shared Source Common Language Infrastructure (SSCLI) implementation to meet these requirements.
SSCLI [2] is an implementation of Microsoft’s CLR architecture. Apart from the implementation of a Virtual Execution Engine and host of other tools, it includes C++ implementation of a C# language translator. The latter is a complete implementation of the ECMA standard [3] and its source code is available for modifications only for academic and research purposes. The SSCLI provided compiler generates Microsoft’s Intermediate Language (MSIL) code. BecauseWhy C# and Why .NET In The Undergraduate Information Systems CurriculumConsidering the rapid pace of changes in the software field and the limited courses that a student can take in languages, the question is which languages are crucial for students to learn in an undergraduate IS curriculum. This paper investigates the necessity of teaching C# and .NET in the undergraduate IS curriculum. It explores the pros and cons of .Net versus J2EE for applications development and differences between C#, C++ and Java, and which one may be the best language for teaching first programming course in IS curriculum.
C# is Microsoft's latest object-oriented
programming language developed for .NET platform and .NET is Microsoft’s latest platform technology for creating web services. C# is a C++ based language and was developed to provide portability for distributed applications over network and internet. Application development in .NET platform can be done in multiple languages including C#, C++, and Visual Basic. Programs developed in all of these languages are compiled to Microsoft’s Intermediate Language (IL) and executed within Common Language Runtime (CLR). We explain the core elements of .NET and how web applications are developed and run with this technology. .NET is not a programming language; it's a virtual-machine technology (similar to Java virtual machine technology) with a framework that provides capability to run a variety of web applications. The .NET framework class library provides a set of classes that provide essential functionality for applications build within the .NET environment. Web functionality, XML support, database support, threading and distributed computing support is provided by the .NET framework
