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  • First Hibernate example using Java
  • This tutorial shows a simple example using Hibernate. We will create a simple Java application, showing how Hibernate works. Hibernate is a solution for object relational mapping and a persistence management solution or persistent layer. This is probably not understandable for anybody learning Hibernate. What you can imagine is probably that you have your application with some functions (business logic) and you want to save data in a database. When you use Java all the business logic normally works with objects of different class types. Your database tables are not at all objects. Hibernate provides a solution to map database tables to a class. It copies the database data to a class. In the other direction it supports to save objects to the database. In this process the object is transformed to one or more tables. Saving data to a storage is called persistence. And the copying of tables to objects and vice versa is called object relational mapping. Download pdf First Hibernate example using Java
  • Measurement Studio - Development Tools for Visual Basic, Visual C#, and Visual C++
  • National Instruments Measurement Studio is an integrated suite of native measurement and automation controls, tools, and class libraries for Visual Studio. NI Measurement Studio dramatically reduces application development time with ActiveX and .NET controls, object- oriented measurement hardware interfaces, advanced analysis libraries, scientific user interface controls, measurement data networking, wizards, interactive code designers, and highly extensible classes. Building on more than 15 years of measurement programming expertise, National Instruments created Measurement Studio with tools designed specifically for Microsoft Visual Basic, Visual C#, and Visual C++ to bring you simplified integration with data acquisition and instrument control interfaces for easier hardware integration. With Measurement Studio, you use your Visual Studio programming knowledge to get measurements started quickly and create a complete measurement solution. Measurement Studio delivers an interactive design approach for developing measurement and automation systems inside Visual C++. Because the tools for Visual C++ integrate into the environment, you can use them exactly as you would native Microsoft tools. You can use the Measurement Studio AppWizard together with controls and class libraries to easily create your C++ measurement system. The AppWizard creates a project according to your specifications and includes a code template and the measurement tools you need to design your application. These tools include C++ classes for instrument control, data acquisition, data analysis, and live data transfer across the Internet. In addition, custom controls are included for creating your measurement user interface. Data object classes, which seamlessly encapsulate and pass data from acquisition to analysis to presentation, link the measurement
  • Microsoft Excel 2007
  • Excel is Microsoft’s Spreadsheet program. Spreadsheets are often used as a method of displaying and manipulating groups of data in an effective manner. It was originally created for accounting. Excel is useful when you have a very large set of data and need to perform the same operation on each Series / Set of it. It is well-suited to tasks such as sorting, alphabetizing, and performing more complex mathematical functions on data such as adding 2 columns together. Things to Note – Data Types and Formulas Entering Data Data does not have to start at Cell A1. Data can be placed wherever you like as long as your data is in a solid block of adjacent cells. When you print, you can select a specific set of cells so that empty cells are not printed. Data Types There are several different types of data that can be entered into a cell. Some common Data Types are: - Text - Numbers - Dates - Currency Each of these can be formatted to suit the requirements of your data. For instance, you can alter the number of decimal places for a Number, or the way a date is written out or abbreviated with a Date. Most Data is entered by typing Data into a cell or group of cells, then defining a Data Type and Format for the cells. If you have a large block of cells with the same Data Type and Format, you can select them all at once and set the Data Type and Format for all of them. Get
  • MySQL­HA Hacking Guide Manual
  • As you may have read on the project’s web site, the goal of MySQL­HA is oprovide a freely available and community supported clustering tool kit based on MySQL, and focused on service availability. We’ll dissect that sentence to reveal that it’s not just a quick marketing trick, but a real mission statement. Freely available. This is easy to see, since the code is GPL, plus, it’s mostly shell and perl scripts, which is inherently open source. Community supported. This is very important now that the project is sponsored by an IT company. What it means is that it’s not that useful to have a freely available clustering solution if it’s not properly documented and easy to use. We’re working on the easy to use part, by focusing our current development efforts on a better installer. As for the other part, this document is the first on a set of tools we’re developing, along with the code, in order to allow people to make the best of the code with no need for commercial support. Of course, Seriema Systems will provide consulting services based on the cluster, and also support plans; but the project should (and will) have enough
  • Creating 2D Drawings from 3D AutoCAD Model
  • This class explores the various techniques in creating 2D part and assembly drawings from 3D AutoCAD models. As part of the AutoCAD 3D Power Track, you will learn best practices for creating drawings from your 3D models. While notalways required, it is still necessaryto generate drawings for an object to be built. Using the tools and methods presented in this class,you will learn to quickly and efficiently create those drawings. Two-dimensional drawings are still needed to communicate ideas in industry. While designing in 3D offers significant advantages, designs may still have to be displayed in a 2D format for producing your products. The following lessons teach you the methods, commands, and options for creating views of your 3D models. These methods include defining views based on orientation of 3D models, planes, and 2D geometry extracted from the 3D models. You also learn to create, edit, and manage layouts, and to combine defining views to create layouts that document your 3D designs. Section a Solid Model and Generate 2D Geometry This lesson describes how to graphically remove part of a 3D model and generate 2D geometry from the solid model. As you create more detailed models, there will be times when you need to view an aspect of a model that is visually obstructed by other parts or features of the model. By using section planes, you can view the information you want in 3D or 2D form. You can also generate 2D cross sections based on the planes you define that can be used to
  • MySQL Support White Paper
  • MySQL is a Relational Database Management System. A relational database adds speed and flexibility, by storing data in separate tables rather than putting all the data in one area. These tables are linked by defined relations making it possible to combine data fromseveral tables upon request. Using a RDMS means it is possible to add, access, and process the data stored in your database. ‘SQL’ stands for "Structured Query Language" - the most common standardised language used to access databases. MySQL is Open Source software and is freely available at www.mysql.com. Open Source software means that the source code can easily be manipulated and modified by anyone. It is very simple to use. Why use MySQL? MySQL is very fast, reliable, and easy to use. MySQL also has a very practical set of features developed in close cooperation with its users. It is also Open Source and therefore freely accessible. MySQL is used to access databases on the internet due to its connectivity, speed and security. It was originally developed to manage large databases at a much faster speed than the solutions that previously existed. MySQL has for several years, been thriving in the challenging areas of production. Download pdf MySQL Support White Paper
  • Using Python
  • Python was created by Guido van Rossum in 1990 to solve problems in the development of the Amoeba operating system. It is named after the British television show Monty Python’s Flying Circus. The use of Python has grown steadily over 1990’s to its current state where it is used in a variety of applications and environments. Python is a interpreted, imperative, weakly-typed programming language. Unlike a compiled language, interpreted programming languages do not have to be compiled. Instead, the source file is translated (a.k.a. interpreted) by another program (the interpreter) when it is executed. Compiled languages, on the other hand, are executed directly by the computer. Since Python is a weakly-typed language, a variable can have different types during a program’s execution. For example, the variable a could represent a number, a string, and a list in succession in Python; this is not allowed in a strongly-typed language. These notes assume a basic familiarity with programming concepts. In general, it is assumed one has had some programming experience in an object oriented language (such as C++). Concepts such as compiling, functions/procedures, dynamic memory, conditional statements, input/output, modular programming, namespaces, classes, objects, and inheritance should be familiar. The examples in these notes will be given in Python 2.4. It is assumed that the reader has access to a a Python interpreter. The resources at the end of this document provide links to downloadable versions of the languages. Outline These notes will start with the basic foundations of an imperative programming language and build towards object-oriented design.
  • Sprint SmartView Version 1.81 for Macintosh User Guide
  • Sprint is committed to bringing you the best wireless technology available. We built our complete, nationwide network from the ground up, so all your services will work the same wherever you go on the network. This guide will familiarize you with our technology and your new device through simple, easy-to-follow instructions. It’s all right here. Your Sprint Mobile Broadband Device Thank you for purchasing a Sprint Mobile Broadband Device. This device offers more freedom than ever before. No wires, no cables—just access to your data when you need it. The power of the Internet is truly at your fingertips. Sprint SmartView for Macintosh is built to provide a robust and feature rich experience for which you have come to know Sprint for. To get started, you will first need to install your device drivers and the Sprint SmartView Software. But first, check that your computer meets the system requirements below. Download pdf Sprint SmartView Version 1.81 for Macintosh User Guide
  • Nokia S60 VoIP Implementation Troubleshooting Guide
  • Nokia N80 User Guide available at www.nokia.com. [2]. Nokia S60 VoIP Implementation Configuration Tutorial available at www.forum.nokia.com Download PDF
  • FreeLinc Adapter Series Adapter User Manual
  • FreeLinc products to enhance your two-way radio communications. Each FreeLinc adapter is compatible with other FreeLinc communications accessories that use cutting-edge LibertyLink™ wireless technology from Aura Communications, Inc. Based on nearfield magnetic induction communication (NFMC), LibertyLink supports mobility, freedom-of-motion, exceptional battery life, audio integrity, ease-of-use, durability, secure communications and comfort. LibertyLink is the first technology of its kind to be implemented into practical voice and audio solutions. FreeLinc communications accessories operate in a “bubble” that envelops one to three meters of each user’s personal space, and is – by the laws of physics – fully private and secure. The result is an easier to use, lower cost system that makes far more e?cient use of power and bandwidth than conventional RF systems. By limiting the range and bandwidth to only what the application requires, the product achieves a very substantial savings in power. Signals are designed to propagate only within a twometer range, enabling a huge power and battery advantage (up to six times) over standard RF technology. Thank you for choosing FreeLinc. Parts of the Product - Adapter Diagram/Terms Here are the components of your FreeMotion 200 adapter. Download pdf FreeLinc Adapter Series Adapter User Manual