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USB memory sticks Learning Environments user guideThis guide refers to connecting USB memory sticks to computers installed in shared learning spaces at the University of Melbourne. Your office or home computer may not be configured in the way described in this guide.
Connecting USB memory sticks to a PC
1. Locate the USB ports on the front of the PC.
Generally this is located on the front of the PC – exact location differs depending on the model of computer.
2. Insert your memory stick into the USB port.
Accessing your files
You can browse the contents of your memory stick as you would a floppy disc, CD or DVD.
To browse the contents of your memory stick:
1. Double-click the My Computer icon.
2. Double-click the memory stick (E:) icon.
3. Copy the file(s) you want to use to the Put your work in here folder on the desktop.
Removing your memory stick
Remember to correctly eject your memory stick when you have finished using it. Failure to do so may result in the loss of files from your memory stick.
To eject your memory stick:
1. Click the USB device icon on the taskbar (located in the bottom right- hand corner of the screen).
2. Click the Safely remove USB Mass Storage Device – Drive (E:) message that pops up.
3. Remove your memory stick from the PC.
Connecting USB memory sticks to a Mac
Location of USB ports on Macs depends on the model Mac you are using.
If the Mac you are using does not have an aluminium keyboard, read below for USB port locations on specific Mac models.
For more informationGAIM (Pidgin) TutorialNow you can have all your Instant Messenger screen names running at the same time on campus, with GAIM. To Install: Click on your Start button and select All Programs. Then, go to SHSU Program Installation Menu, Messaging Clients and select GAIM v113. To Open: Click on your Start button and select All Programs. Then, go to SHSU Programs, Messaging Clients and select GAIM v113. At the first login it will have your Sam ID# as your screen name, put your Sam password in and click Sign on.
Now you can add your Instant Messenger screen names. Select the Buddy List and the Tools menu. Click Accounts. Then add your accounts. The different instant messengers are listed in the Protocol drop down menu. The Protocols supported are: AIM/ICQ, Gadu-Gadu, IRC, Jabber, MSN, TOC, and Yahoo. Add the ones that apply to you and when you start up GAIM, just log each of them on and you will have on Instant Messenger for all your different screen names.
Download GAIM (Pidgin) TutorialBMW Motorcycles Maintenance Schedule R1100R R1100RT R1100RS PDFBMW Motorcycles Maintenance Schedule
Customer Name Serial Number / Mileage
Repair Order Number / Date Technician Signature
BMW Inspection
600miles
BMW Service
6,000miles
BMW
Annual Service
BMW Inspection
12,000miles
Change engine oil when engine is warm, renew oil filter cartridge (for short distance driving or outside temperatures below 32 F change every 3 months or 1,800 miles)
Change oil in transmission & rear drive when at operating temperatur (change after two years if low mileage)
Retighten cylinder head nuts
Adjust valve clearance
Replace spark plugs
Replace fuel filter (normally every 24,000 miles, but if fuel is of poor quality, every 12,000 miles)
Check & grease battery terminals; check battery acid level & top-up water level
Read fualt code memory with BMWMoDiTeC
Replace intake air cleaner (in very dirty or dusty conditions, replace the intake air cleaner element more frequently as necessary )
Check clutch clearance, adjust if necessary
Adjust Poly-V-Belt [review SI #2747] Replace Poly-V-Belt every 24,000 miles (for maintenance-free Poly-V-Belt, do not adjust. Replace the Poly-V-Belt after 36,000 miles
Retighten hose clamps at intake tubes and throttle bodies…
Download PDF of BMW Motorcycles Maintenance Schedule ManualTM1317 HTC MDA Welcome Guide.inddT-Mobile MDA? Quick Start Poster. ?. User Manual on the CD. ?. Microsoft Windows Mobile Web site. (www.microsoft.com/windowsmobile)
Download manualSPSS Step by Step Tutorial pdfInstalling the Data Installing files from the Internet Installing files from the diskette Introducing the interface The data view The variable view The output view The draft view The syntax view What the heck is a crosstab? Creating the data definitions: the variable view Variable types Variable names and labels Missing values Non-numeric numbers, or when is a number not a number? Binary variables Creating a new data set Getting help in creating data sets and defining variables Creating primary reference lists Frequencies
Descriptive statistics: descriptives (univariate) Recodes and Transformations Backup the original file Recoding existing variables Recode income data Recoding variables revisited The one exception in recoding variables The other exception Using the automated chart function Using the Interactive Chart function Creating a chart from scratch
Download SPSS Step by Step Tutorial pdfEclipse Development ManualGraphical Editing Framework and the Eclipse Modeling Framework Understanding the GEF and EMF frameworks Developing with GEF and EMF Code examples 1 What is the Eclipse Modeling Framework? Application development generally starts with consideration of the design model, then moves to more user interface oriented tasks. The Eclipse Modeling Framework is designed to ease the design and implementation of a structured model. The Java framework provides a code generation facility in order to keep the focus on the model itself and not on its implementation details. The key concepts underlying the framework are: meta-data, code generation, and default serialization.
Download Eclipse Development ManualTutorial SAP: The BAPI Gateway Component (BC-FES-AIT)The BAPI Gateway Component (BC-FES-AIT) Purpose The BAPI Gateway component allows you to call BAPIs (which are methods of SAP business objects) and RFC function modules dynamically. This means that at design time you do not have to know which BAPIs or function modules you are going to call at run time. Integration Using the Repository Services to Obtain Metadata Since you do not know which BAPIs or function modules you are going to call at run time, you also do not know the metadata of those BAPIs or function modules. For example, you do not know which BAPIs exist for a business object you wish to use, and for each of the BAPIs you may call in that business object you do not know what their parameters are, and what is the data type of each of the parameters.
You can use the Repository Services component in conjunction with the BAPI Gateway to get this metadata at run time. Architecture Internally, the BAPI Gateway component uses the following related products: · It uses services from the SAP DCOM Connector to handle connections to R/3 when such a connection is required. You need to have the SAP DCOM Connector installed, and use its Destination editor to define at least one destination system, before you can call BAPIs or function modules in that R/3 system. · It uses the SAP Automation DCOM Connector Logon Component to get necessary logon information. · It also uses the Repository Services component to get metadata information.
DownloadFlash ActionScript Quick ReferenceUsing Flash to create animation on the web is popular because the flash player is installed on most computers and the published flash file (SWF file) is small. Flash has a powerful scripting language called ActionScript. You can use script to manipulate and control object on the stage. Its syntax is similar to JavaScript (or C++). Script example, A script can be associated with a keyframe or with an object. To use the following script, copy it to the action panel. Press “Ctrl+Enter” to start the flash file.
Download Flash ActionScript Quick ReferenceGetting Started with Maya TutorialViewing the Maya 3D scene Introduction Camera tools Workflow overview Viewing objects in shaded mode Grouping objects The Hypergraph Selection modes and masks Pivot points Save your work Beyond the lesson Lesson 4 Components and attributes Introduction Template display Components The Attribute Editor Surface materials Save your work Beyond the lesson Getting Started with Maya 4 Table of Contents 3 Polygonal Modeling Introduction Preparing for the lesson Lesson 1 Modeling a polygonal mesh Introduction Setting modeling preferences
Using 2D reference images Creating a polygon primitive Modeling in shaded mode Model symmetry Selecting components by painting Selecting edge loops Editing components in the orthographic views Editing components in the perspective view Drawing a polygon Extruding polygon components Bridging between edges Adding polygons to a mesh Splitting polygon faces Terminating edge loops Deleting construction history Mirror copying a mesh Working with a smoothed mesh Creasing and hardening edges on a mesh Beyond the lesson Getting Started with Maya 5 Table of Contents 4 NURBS Modeling Introduction Preparing for the lessons Lesson 1 Revolving a curve to create a surface Introduction Creating a profile curve Creating a revolve surface Editing a revolve surface Beyond the lesson Lesson 2 Sculpting a NURBS surface Introduction Preparing a surface for sculpting Basic sculpting techniques Additional sculpting techniques Sculpting a nose Sculpting eye sockets Sculpting eyebrows Sculpting a mouth Sculpting other facial features Beyond the lesson Lesson 3 Lofting curves to create a surface Introduction Creating profile curves for a surface Duplicating curves Lofting a surface Getting StartedCrawling Ajax-driven Web 2.0 ApplicationsCrawling web applications is one of the key phases of automated web application scanning. The objective of crawling is to collect all possible resources from the server in order to automate vulnerability detection on each of these resources. A resource that is overlooked during this discovery phase can mean a failure to detect some vulnerabilities. The introduction of Ajax throws up new challenges [1] for the crawling engine. New ways of handling the crawling process are required as a result of these challenges. The objective of this paper is to use a practical approach to address this issue using rbNarcissus, Watir and Ruby.
Usually crawling engines are “protocol-driven” and open a socket connection on the target host or IP address and port. Once a connection is in place the crawler sends HTTP requests and tries to interpret responses. All these responses are parsed and resources are collected for future access. The resource parsing process is crucial and the crawler tries to collect possible sets of resources by fetching links, scripts, flash components and other significant data.
The “protocol-driven” approach does not work when the crawler comes across an Ajax embedded page. This is because all target resources are part of JavaScript code and are embedded in the DOM context. It is important to both understand and trigger this DOM-based activity. In the process, this has lead to another approach called “event-driven” crawling. It has following three key components
1. Javascript analysis and interpretation with linking to Ajax
2. DOM event handling and dispatching
3. Dynamic
