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Linux Man Page HowtoWhy do we write documentation? Silly question. Because we want others to be able to use our program, library function or whatever we have written and made available. But writing documentation is not all there is to it: Documentation must be accessible. If it's hidden in some non?standard place where the documentation?related tools won't find it ?? how can it serve its purpose?
• Documentation must be reliable and accurate. There's nothing more annoying than having program behaviour and documentation disagree. Users will curse you, send you hate mail and throw your work into the bit bucket, with the firm intent to never install anything written by that jerk again.
• The historical and well known way documentation is accessed on UNIX is via the man(1) command. This HOWTO describes what you have to do to write a man page that will be correctly processed by the documentation? related tools. The most important of these tools are man(1), xman(1x), apropos(1), makewhatis(8) and catman(8). Reliability and accuracy of the information are, of course, up to you. But even in this respect you will find some ideas below that help you avoid some common glitches.
How are man pages accessed?
You need to know the precise mechanism for acccessing man pages in order to give your man page the right name and install it in the right place. Each man page should be categorized in a specific section, denoted by a single character. The most common sections under Linux, and their human readable names, are:
Section TheAutoCAD® 2004 Tutorial Second Level: 3D Modeling ManualThe AutoCAD surface modeler defines faceted surfaces using a filled polygon. The created faces of surface models are only planar, which means the surface models can only have approximate curved surfaces. It is important to note that the AutoCAD surface modeler does not create true curved surfaces. To differentiate these two types of surfaces, faceted surfaces are called meshes in AutoCAD. Because of the use of faceted approximation on true curved surfaces, the computer requirements of most faceted surface modelers are typically much less than that of solid modelers.
Faceted surface modeling usually provides reasonably good representations of 3D designs with fast rendering and shading capabilities. Faceted surface models are also useful for creating geometry with unusual surface patterns, such as a 3D topographical model of mountainous terrain.
Download AutoCAD® 2004 Tutorial Second Level: 3D Modeling ManualGuide to Buying a Scooter or Powered Wheelchair PDFWhat is a powered wheelchair or a scooter? We probably recognise them when we see them, but what are the features, the differences and the legal aspects? l The law There is legislation that separates scooters and powered wheelchairs in to categories Class 2 vehicles and Class 3 vehicles. Technically they are still called invalid carriages ! CLASS 2 Class 2 vehicles, which are sometimes referred to as pavement vehicles , are designed for use on the footway, which is defined as: a portion of a carriageway that is set aside for use only by pedestrians . They are not allowed on roads other than to cross them and are limited to a maximum speed of 4mph. l Scooter Scooters are by far the more common of the powered mobility aids we see on our streets. They have three or four wheels and are steered using a handlebar, rather like a cycle. They have a battery pack and power from this drives motors on all or some of the wheels. Controls on the handlebar regulate speed and may include switches for a horn and lights. There is a single seat and there may be some provision to carry shopping or a bag in a basket or panniers.
Powered wheelchairs look at least to some extent like a traditional wheelchair. They have between four and six wheels and a battery pack. Control of steering and speed is nearly always from a small joystick. There may be auxiliaryTest Workbench in the SAP System (BC-CAT-PLN) TutorialUse Intensive test phases, with function and acceptance tests in all phases, are essential to the success of an R/3 project. This starts with the first implementation of an SAP System and continues through all modifications of the system to customer requirements by customizing, modification and customer developments. SAP provides the Test Workbench to support customers in this area. From the test planning stage onwards, the Test Organizer in the Test Workbench provides a tool to create a structure of the applications to be tested. Individual test cases can be created when planning is complete.
Use the Computer Aided Test Tool [Ext.] (CATT) in the Test Workbench. Test cases can be descriptions for manual tests, or test case scripts which are to be performed automatically. The test cases created can be put in the outline structure created during planning, in the Test Organizer. This provides a constant overview of the progress of test case creation.
Download PDF for Test Workbench in the SAP System (BC-CAT-PLN) TutorialAI Meets Web 2.0: Building the Web of Tomorrow, TodayImagine an Internet-scale Knowledge System where people and intelligent agents can collaborate on solving complex problems in business, engineering, science, medicine, and other endeavors. Its resources include semantically tagged Web sites, wikis, and blogs, as well as social networks, vertical search engines and a vast array of Web services from business processes to AI planners and domain models. Research prototypes of decentralized knowledge systems have been demonstrated for years, but now, thanks to the Web and Moore's Law, they appear ready for prime time. Architectural concepts for incrementally growing an Internet-scale knowledge system are introduced, with descriptions of early commercial deployments in manufacturing and healthcare.
I want to share a vision of how to build, or more precisely, grow Internet-scale knowledge systems. Such systems enable large numbers of human and computer agents to collaborate on solving complex problems in engineering, science, and business, or simply managing the complexities of life (say planning a trip or an event). It’s a vision that’s been evolving over 20 years since my days as an AI researcher, and more recently as an Internet entrepreneur. Thanks to the explosive growth of the Web, it’s a vision whose time has come. I also have a larger goal: to bridge the AI and Web communities, which have so much to give to and learn from each other.
25 years ago, at the birth of AAAI, Allan Newell articulated a set of criteria that a system had to exhibit to be considered intelligent (See Table 1). Newell was veryRiding the Waves of Web 2.0“Web 2.0” has become a catch-all buzzword that people use to describe a wide range of online activities and applications, some of which the Pew Internet & American Life Project has been tracking for years. As researchers, we instinctively reach for our spreadsheets to see if there is evidence to inform the hype about any online trend. What follows is a short history of the phrase, along with some data to help frame the discussion.
Let’s get a few things clear right off the bat: 1) Web 2.0 does not have anything to do with Internet2: 2) Web 2.0 is not a new and improved internet network operating on a separate backbone: and 3) It is OK if you’ve heard the term and nodded in recognition, without having the faintest idea of what it really means.
When the term emerged in 2004 (coined by Dale Dougherty and popularized by O’Reilly Media and MediaLive International), it provided a useful, if imperfect, conceptual umbrella under which analysts, marketers and other stakeholders in the tech field could huddle the new generation of internet applications and businesses that were emerging to form the “participatory Web” as we know it today: Think blogs, wikis, social networking, etc..
And while O’Reilly and others have smartly outlined some of the defining characteristics of Web 2.0 applications —utilizing collective intelligence, providing network-enabled interactive services, giving users control over their own data—these traits do not always map neatly on to the technologies held up as examples. Google, which demonstrates many Web 2.0MySQL quick start guideThis guide will help you:
• Add a MySQL database to your account.
• Find your database.
• Add additional users.
• Use the MySQL command-line tools through SSH.
• Install phpMyAdmin.
• Connect to your database using PHP.
You’ll also find links to further information that will help you make the most of your database.
If you have printed this guide you may find it useful to make a note of your
database details here.
Database server IP address:
Database name:
Database username:
Add a MySQL database to your account
You can add a MySQL database to your account directly through your Fasthosts control panel.
First you will need to decide the following:
The name of your database.
Your preferred database username.
A password for your database.
Step 1 If this is the only package in your account, skip to step 4.
Step 2 Click Configure your packages in the Email & web hosting section on your control panel home page.
Step 3 Click on your domain name in your Domains & packages list.
Download pdf MySQL quick start guideWriting Applications Using PHPMany developers have learned to use PHP over the years because it’s a good solution for creat- ing Web pages and the price is right. The PHP acronym is like many other new acronyms for the Internet—the acronym is recursive (refers back to itself). PHP stands for PHP Hypertext Processor. This general-purpose HTML scripting language works much like ASP (see Chapter 6) or other page description languages you might have used. Essentially, you mix HTML with scripting information. When the PHP process sees HTML, it sends the text directly to the user. It processes any scripting information, and passes the resulting HTML to the user as well.
This chapter helps you discover how PHP works with Amazon Web Services. I’m assuming that you already know something about PHP, but the first two sections provide some suggestions on how to learn more about PHP. Because PHP runs on so many platforms, you’ll also find some suggested resources for getting and installing PHP for your particular server. These instructions might require a little technical knowledge on your part, so make sure you understand what the instructions require before you perform them.
The examples in this chapter show how to use PHP to create an Amazon Web Services application. The first example provides simple instructions for accessing the Web service without any fancy application features. You’ll also find an application that shows how to use PHP with MySQL, an open source database. In fact, you can download every piece of software in this chapter freeWeb2.0:The Tipping Point for XMLBy now, you’ve seen the articles about XML, separation of content and presentation, programmatic enforcement of content organization, structured authoring, and all the rest. You’ve considered XML publishing, but implementation looks difficult and expensive, and your current workflow is in reasonable shape. So you’ve been waiting for a compelling reason to make the transition.
That compelling reason has arrived in the form of online user-generated content, otherwise known as Web 2.0. User-generated content isn’t new—if we include scribbling notes in the margin of a book. But today, instead of creating annotations for personal use only, we can share information on the Internet with friends, family, or the world using blogs, wikis, forums, and other Web 2.0 applications.
User-generated content is going to be hugely disruptive for technical communication. Your content strategy needs to include Web 2.0, and XML provides a platform to sup- port the seamless integration of “professional” content with “user” content.
Why XML with Web 2.0? Most of our clients have cited utilitarian reasons for implementing XML—they expect cost savings in localization or from automated document production. Increased efficiency and reduced costs tend to make for compelling return on investment (ROI) justifications. Lately, though, we’re seeing a new trend—clients want XML because of the possibilities that structured content opens up. In particular, the integration of corporate content—information created by technical communicators—and user-generated content is becoming a priority.
In an XML-based work-flow, content is stored without formatting. When information is published, formatting instructions are added on to the content to produce the finalFlowJo Manual for Macintosh pdfFlowJo (Macintosh) Manual for Macintosh - Workspace Overview Workspace Overview Adding Samples Groups Batch Analysis Statistics Summary of Drag and Drop Examples. Keyword Search and 13 Graph Window Bivariate displays Univariate di18 Graph Types Bivariate displays…19 Univariate di19 Gating Autogating Tool Backgating PolyVariate Display Output SciBook The Layout Editor Copying Graphs Tables Iteration (Batching) Iterating in the Layout Editor Changing the Iteration Value Formulas in Tables Insert Function Text (String) functions: Printing Movies Exporting Exporting Histogram Data and Kinetics Data Platforms Kinetics Cell Cycle A57 Derived Parameters Compensation
Overview Compensation Wizard AutoCompensation Scri64 Calibrated Parameters: Overview Kinetics Overview Cell Cycle Proliferation Population Comparison - Overview Comparison Alg79 FlowJo Population Comparison Platforms Multi-sample Population Comparison Clustering A Highly Efficient Algorithm for Cluster Analysis Introduction MultiGraph Overlay Graphical Display..87 Background Gating Display Transformation Overview Why change the display of your data? Display tr94 FlowJo Menus FlowJo Menu File Menu Preferences Workspace Pre115 Graph Preferences Techniques Getting Help in FlowJo…128 Offline Docum128 Cancelling Batch Op129 Option Key Techniques.130 Mac and Memory Macintosh System Requirements Macintosh Memory Requirements for FlowJo Workspace Overview FlowJo organizes all of your analyses into a “workspace”. The workspace contains the following information: A list of all the samples that you have put into the workspace · A list of all the groups that you have created · All of the analyses (and results of calculations) · All compensation matrices that you have created or loaded · All table definitions that you created · All layout definitions that you created ·
