Flextest Installation Guide
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Swing: Components for Graphical User Interfaces
Swing: Components for Graphical User Interfaces Computer Science and Engineering College of Engineering The Ohio State University Lecture 22 GUI Computer Science and Engineering The Ohio State University GUI: A Hierarchy of Nested Widgets Computer Science and Engineering The Ohio State University Visual (Containment) Hierarchy Computer Science and Engineering The Ohio State University Top-level widgets: outermost window (a container) Frame, applet, dialog Intermediate widgets: allow nesting (a container) General purpose Panel, scroll pane, tabbed pane, tool bar Special purpose Layered pane Atomic widgets: nothing nested inside Basic controls Button, list, slider, text field Uneditable information displays Label, progress bar, tool tip Interactive displays of highly formatted information Color chooser, file chooser, tree For a visual (“look & feel”) of widgets see: http://java.sun.com/docs/books/tutorial/uiswing/components Vocabulary: Widgets usually referred to as “GUI components” or simply “components” History Computer Science and Engineering The Ohio State University Java 1.0: AWT (Abstract Window Toolkit) Platform-dependent implementations of widgets Java 1.2: Swing Most widgets written entirely in Java More portable Main Swing package: javax.swing Defines various GUI widgets Extensions of classes in AWT Many class names start with “J” Includes 16 nested subpackages javax.swing.event, javax.swing.table, javax.swing.text… Basic GUI widgets include JFrame, JDialog JPanel, JScrollPane, JTabbedPane, -
Visual Component Library VCL Autor: I
Visual Component Library VCL Autor: I. Stepanenko Fecha: Monday 27th of September 2021 04:09:10 PM VCL (Visual Component Library) es un marco de trabajo desarrollado por Borland basado en objetos visuales que tienen como finalidad diseñarframes para las aplicaciones que se han programado para Windows y diseñada bajo el concepto de componente: propiedades, métodos y eventos. Está estructuralmente y visualmente sincronizado con Windows, pues el aspecto de las ventanas, los botones o los accesos a internet, etc. son similares. Actualmente es propiedad de CodeGear, de Embarcadero Technologies. Está escrita en Object Pascal (orientado a objetos) por lo que la VCL es una librería usada por los entornos de desarrollo Delphi y C++ Builder. Al hablar de este tipo de bibliotecas o toolkits, se hace mención implícitamente a la programación orientada a objetos, pues los componentes son clases predeterminadas, haciendo su uso más sencillo, visual y cómodo. Se diferencian dos tipos de componentes. Componentes visuales Entre los visuales se distinguen los botones, las etiquetas, las formas y demás elementos visibles. Componentes no visuales Entre los no visuales están los temporizadores, las conexiones a bases de datos y demás elementos sin interfaz gráfica. Clases más importantes Aunque no todas las clases hacen referencia a componentes concretos algunas realizan tareas de gestión interna y se utilizan como clases bases de las cuales derivan otras clases mediante la herencia. VCL es bastante profundo y complicado; no obstante, las clases que forman la parte superior jerárquica son clases abstractas y son: Artículo descargado de www.masterhacks.net | 1 Visual Component Library VCL Autor: I. -
Rapid Application Development Software | Codegear RAD Studio
RAD Studio 2010 Product Review Guide August 2009 Corporate Headquarters EMEA Headquarters Asia-Pacific Headquarters 100 California Street, 12th Floor York House L7. 313 La Trobe Street San Francisco, California 94111 18 York Road Melbourne VIC 3000 Maidenhead, Berkshire Australia SL6 1SF, United Kingdom RAD Studio 2010 Reviewer Guide TABLE OF CONTENTS Table of Contents ............................................................................................................................ - 1 - Introduction ...................................................................................................................................... - 3 - General Overview of RAD Studio 2010 ...................................................................................... - 3 - What is New in RAD Studio 2010 ............................................................................................... - 3 - A Word on Delphi Prism ............................................................................................................. - 6 - Prerequisites ................................................................................................................................ - 7 - Minimum System Requirements ................................................................................................. - 7 - Internationalizations .................................................................................................................... - 7 - Editions ........................................................................................................................................ -
POWEROPT. Power Engineering Optimization Techniques Educational Software Library
Available online at www.sciencedirect.com ScienceDirect Procedia - Social and Behavioral Sciences 191 ( 2015 ) 1790 – 1795 WCES 2014 POWEROPT. Power Engineering Optimization Techniques Educational Software Library Stefan Kilyenia, Constantin Barbulescua* aPolitehnica University Timisoara, Power Systems Department, 2 Bd. V, Parvan, 300223 Timisoara, Romania Abstract The power engineering field uses classic operational research methods and the most recent ones are based on artificial intelligence to solve a large number of optimization problems. In this context, this paper presents an optimization technique dedicated to an educational software library. It focuses on solving several optimization applications from the power engineering field. The software library is designed for students involved within the electrical power engineering field, at BSc and MSc levels. © 20152014 TheThe Authors. Authors. Published Published by by Elsevier Elsevier Ltd. Ltd This. is an open access article under the CC BY-NC-ND license (Selectionhttp://creativecommons.org/licenses/by-nc-nd/4.0/ and peer-review under responsibility of). the Organizing Committee of WCES 2014. Selection and peer-review under responsibility of the Organizing Committee of WCES 2014 Keywords:optimization techniques, educational software, power engineering. 1. Introduction The power engineering domain uses both models and classic methods of operational research and the most recent ones are based on artificial intelligence for solving a large number of optimization problems. In this context, this paper presents an optimization software library for the power engineering domain, to solve several applications. The programs use classic operational research methods dedicated for linear and nonlinear optimization problem solving and those specific to graphs theory. The software library synthesizes the experience accumulated in this field at the Politehnica University of Timisoara, Power Systems Department in Romania. -
UML Ou Merise)
Présenté par : M. Bouderbala Promotion : 3ème Année LMD Informatique / Semestre N°5 Etablissement : Centre Universitaire de Relizane Année Universitaire : 2020/2021 Elaboré par M.Bouderbala / CUR 1 Elaboré par M.Bouderbala / CUR 2 Croquis, maquette et prototype et après …? Elaboré par M.Bouderbala / CUR 3 système interactif vs. système algorithmique Système algorithmique (fermé) : lit des entrées, calcule, produit un résultat il y a un état final Système interactif (ouvert) : évènements provenant de l’extérieur boucle infinie, non déterministe Elaboré par M.Bouderbala / CUR 4 Problème Nous avons appris à programmer des algorithmes (la partie “calcul”) La plupart des langages de programmation (C, C++, Java, Lisp, Scheme, Ada, Pascal, Fortran, Cobol, ...) sont conçus pour écrire des algorithmes, pas des systèmes interactifs Elaboré par M.Bouderbala / CUR 5 Les Bibliothèques graphique Un widget toolkit ( Boite d'outil de composant d'interface graphique) est une bibliothèque logicielle destinée à concevoir des interfaces graphiques. Fonctionnalités pour faciliter la programmation d’applications graphiques interactives (et gérer les entrées) Windows : MFC (Microsoft Foundation Class), Windows Forms (NET Framework) Mac OS X : Cocoa Unix/Linux : Motif Multiplateforme : Java AWT/Swing, QT, GTK Elaboré par M.Bouderbala / CUR 6 Bibliothèque graphique Une Bibliothèque graphique est une bibliothèque logicielle spécialisée dans les fonctions graphiques. Elle permet d'ajouter des fonctions graphiques à un programme. Ces fonctions sont classables en trois types qui sont apparus dans cet ordre chronologique et de complexité croissante : 1. Les bibliothèques de tracé d'éléments 2D 2. Les bibliothèques d'interface utilisateur 3. Les bibliothèques 3D Elaboré par M.Bouderbala / CUR 7 Les bibliothèques de tracé d'éléments 2D Ces bibliothèques sont également dites bas niveau. -
Visualization Program Development Using Java
JAERI-Data/Code 2002-003 Japan Atomic Energy Research Institute - (x 319-1195 ^J^*g|55lfi5*-/SWB*J|f^^W^3fFti)) T?1fi^C «k This report is issued irregularly. Inquiries about availability of the reports should be addressed to Research Information Division, Department of Intellectual Resources, Japan Atomic Energy Research Institute, Tokai-mura, Naka-gun, Ibaraki-ken T 319-1195, Japan. © Japan Atomic Energy Research Institute, 2002 JAERI- Data/Code 2002-003 Java \Z w-mm n ( 2002 %. 1 ^ 31 B Java *ffitt, -f >*- —tf—T -7x-x (GUI) •fi3.t>*> Java ff , Java #t : T619-0215 ^^^ 8-1 JAERI-Data/Code 2002-003 Visualization Program Development Using Java Akira SASAKI, Keiko SUTO and Hisashi YOKOTA* Advanced Photon Research Center Kansai Research Establishment Japan Atomic Energy Research Institute Kizu-cho, Souraku-gun, Kyoto-fu ( Received January 31, 2002 ) Method of visualization programs using Java for the PC with the graphical user interface (GUI) is discussed, and applied to the visualization and analysis of ID and 2D data from experiments and numerical simulations. Based on an investigation of programming techniques such as drawing graphics and event driven program, example codes are provided in which GUI is implemented using the Abstract Window Toolkit (AWT). The marked advantage of Java comes from the inclusion of library routines for graphics and networking as its language specification, which enables ordinary scientific programmers to make interactive visualization a part of their simulation codes. Moreover, the Java programs are machine independent at the source level. Object oriented programming (OOP) methods used in Java programming will be useful for developing large scientific codes which includes number of modules with better maintenance ability. -
Delphi XE2 Feature Matrix
Delphi® XE2 The fastest way to build native applications for Windows, Mac and iOS Feature Matrix Feature Architect Ultimate Enterprise Professional Starter INTEGRATED COMPILERS Enhanced in XE2! High-performance 32-bit optimizing Delphi® native code compiler 23.0 (dcc32), including High performance x86 Assembler – 32-bit inline assembler supporting the Intel® x86 instruction set (including Intel Pentium® Pro, Pentium III, X X X X X Pentium 4, Intel MMX™, SIMD, Streaming SIMD Extensions, SSE, SSE2, SSE3, SSE 4.1, SSE 4.2, AMD SSE4A and AMD® 3DNow!® New in XE2! Delphi 64-bit compiler X X X X New in XE2! Delphi OS X compiler X X X X Delphi command line compiler (dcc32.exe) X X X X Enhanced in XE2! Create 32-bit optimized Delphi native executables that can run X X X X X on both 32 and 64-bit Windows operating systems APPLICATION PLATFORMS, INTEGRATED FRAMEWORKS, DESIGNERS, SDKS AND INSTALLERS New in XE2! FireMonkey Platform for creating 32-bit Windows applications for X X X X X Windows 7, Windows Vista and XP; Server 2003 and 2008. New in XE2! FireMonkey Platform for creating 64-bit Windows applications for X X X X Windows 7, Windows Vista and XP; Server 2003 and 2008. New in XE2! FireMonkey Platform for creating OS X 10.6 and 10.7 applications X X X X New in XE2! FireMonkey Platform for creating applications for iOS 4.2 and higher X X X X New in XE2! VCL (Visual Component Library) for rapidly building 64-bit applications X X X X for Windows 7,Windows Vista and XP; Server 2003 and 2008. -
RAD Studio XE6 Feature Matrix
RAD Studio XE6 The complete app development suite for Windows, Mac, iOS and Android Personality: D = Delphi® C = C++Builder® Feature Matrix H = HTML5 Builder Feature Personality Architect Ultimate Enterprise Professional INTEGRATED COMPILERS AND TOOLCHAINS High-performance 32-bit optimizing Delphi® native code compiler D X X X X (dcc32), including high performance x86 Assembler Delphi 64-bit compiler D X X X X Delphi command line toolchains for Windows (dcc32, dcc64) D X X X X Delphi OS X compiler D X X X X Delphi command line toolchains for Mac OS X (dccosx) D X X X X Introduced in XE4! Delphi iOS ARM Compiler and Delphi iOS D X X X X Compiler for iOS Simulator Introduced in XE4! Delphi command line toolchains for iOS D X X X X (dccios32, dcciosarm) Enhanced in XE5! Embarcadero C++ Compiler for Win64 (bcc64) C X X X X Enhanced in XE5! Embarcadero C++ Compiler for Win32 (bcc32) C X X X X C++ command line toolchains for Windows C X X X X C++ OS X compiler (bccosx) C X X X X C++ command line toolchains for OS X C X X X X Introduced in XE5! C++Builder iOS ARM Compiler C X X X X Introduced in XE5! C++Builder command line toolchain for iOS C X X X X (bcciosarm) New in XE6! C++Builder Android ARM Compiler C X X X X New in XE6! C++Builder command line toolchain for Android C X X X X (bccaarm) APPLICATION PLATFORMS, INTEGRATED FRAMEWORKS, DESIGNERS AND SDKS FMX Application Platform for creating 32-bit Windows applications for Windows 8 and 8.1, Windows 7, and Windows Vista; Server C D X X X X 2008 and 2012. -
Abstract Window Toolkit Overview
In this chapter: • Components • Peers 1 • Layouts • Containers • And the Rest • Summary Abstract Window Toolkit Overview For years, programmers have had to go through the hassles of porting software from BSD-based UNIX to System V Release 4–based UNIX, from OpenWindows to Motif, from PC to UNIX to Macintosh (or some combination thereof), and between various other alternatives, too numerous to mention. Getting an applica- tion to work was only part of the problem; you also had to port it to all the plat- forms you supported, which often took more time than the development effort itself. In the UNIX world, standards like POSIX and X made it easier to move appli- cations between different UNIX platforms. But they only solved part of the prob- lem and didn’t provide any help with the PC world. Portability became even more important as the Internet grew. The goal was clear: wouldn’t it be great if you could just move applications between different operating environments without worr yingabout the software breaking because of a different operating system, win- dowing environment, or internal data representation? In the spring of 1995, Sun Microsystems announced Java, which claimed to solve this dilemma. What started out as a dancing penguin (or Star Trek communicator) named Duke on remote controls for interactive television has become a new paradigm for programming on the Internet. With Java, you can create a program on one platform and deliver the compilation output (byte-codes/class files) to ever yother supported environment without recompiling or worrying about the local windowing environment, word size, or byte order. -
Preguntas + Frecuentes Sobre Embarcadero Radphp XE Danysoft | Representante Exclusivo En La Península Ibérica
Preguntas + frecuentes sobre Embarcadero RadPHP XE Danysoft | Representante exclusivo en la península ibérica What is RadPHP XE? Embarcadero RadPHP XE revolutionizes PHP web development with a completely integrated, rapid visual development approach and component framework. RadPHP XE provides a powerful editor, debugger, visual development tools and connectivity with leading databases. The integrated reusable class library includes components for everything from UI design to building applications for Facebook. What are some of the key benefits of RadPHP XE? If you're wondering why you should consider RadPHP XE compared to another PHP editor, here are some of the key benefits. Faster development – using the drag‐and‐drop visual design capabilities of RadPHP, you can build PHP applications faster than ever before Easier to build data driven applications – RadPHP standardizes database connectivity and includes a collection of pre‐build database components that make it much simpler to build apps that connect to databases Reusability – there are millions of lines of open source PHP code available today, but how do you leverage that vast resource in your applications? RadPHP provides an easy framework for packaging any PHP or JavaScript source code into reusable visual and non‐visual components that can be visually assembled with other PHP components in the RadPHP IDE and easily programmed with familiar properties, methods, and events. Ability to create AJAX enabled web sites – AJAX is a popular method for building dynamic web 2.0 sites and RadPHP includes AJAX‐enabled components to help you on your way to building modern looking interactive web sites. Additionally, AJAX enablement is built into the core of the RadPHP component framework, so you can add AJAX capabilities to virtually any PHP code. -
Borland® Developer Studio
Borland® Developer Studio FREQUENTLY ASKED QUESTIONS GENERAL QUESTIONS What is Borland® Developer Studio? Borland® Developer Studio is the ultimate Windows development solution, combining the previously separate Delphi®, C++Builder®, and C#Builder® products, all in one integrated environment. Borland® Developer Studio is a significant upgrade for Delphi®, C++ and C# developers, with powerful new productivity and performance capabilities that enable software teams to eliminate tedious development tasks so they can quickly and cost- effectively deliver enterprise-class Windows applications. To make it easier for existing customers to find, we are selling the studio under the traditional Delphi®, C++Builder®, and C#Builder® brands for this release – no matter which of these you buy, you’ll get the same complete studio, the same capabilities, at the same price. What if I don’t need or want some of these languages? Customers who don’t need all the languages can choose to install only those they need for a more lightweight installation. In addition, even if customers install all of the supported languages, at runtime they can choose to either load all of the languages or only load a single language (through dedicated desktop icons or command line options) What are the key benefits of Borland® Developer Studio? Borland® Developer Studio supports both native Windows development (for C/C++ and Delphi®) and .NET development (for C# and Delphi®), within a single consistent RAD environment, simplifying maintenance and new development of Win32 applications, while also allowing developers to more easily adopt .NET technologies at their own pace. In addition, Borland® Developer Studio eases the transition of enterprise developers to the Microsoft .NET framework by providing enterprise application services, such as object-relational mapping, object persistence, and transaction support, which are commonly available in the J2EE world but not otherwise available on the .NET platform. -
Eclipse (Software) 1 Eclipse (Software)
Eclipse (software) 1 Eclipse (software) Eclipse Screenshot of Eclipse 3.6 Developer(s) Free and open source software community Stable release 3.6.2 Helios / 25 February 2011 Preview release 3.7M6 / 10 March 2011 Development status Active Written in Java Operating system Cross-platform: Linux, Mac OS X, Solaris, Windows Platform Java SE, Standard Widget Toolkit Available in Multilingual Type Software development License Eclipse Public License Website [1] Eclipse is a multi-language software development environment comprising an integrated development environment (IDE) and an extensible plug-in system. It is written mostly in Java and can be used to develop applications in Java and, by means of various plug-ins, other programming languages including Ada, C, C++, COBOL, Perl, PHP, Python, Ruby (including Ruby on Rails framework), Scala, Clojure, and Scheme. The IDE is often called Eclipse ADT for Ada, Eclipse CDT for C/C++, Eclipse JDT for Java, and Eclipse PDT for PHP. The initial codebase originated from VisualAge.[2] In its default form it is meant for Java developers, consisting of the Java Development Tools (JDT). Users can extend its abilities by installing plug-ins written for the Eclipse software framework, such as development toolkits for other programming languages, and can write and contribute their own plug-in modules. Released under the terms of the Eclipse Public License, Eclipse is free and open source software. It was one of the first IDEs to run under GNU Classpath and it runs without issues under IcedTea. Eclipse (software) 2 Architecture Eclipse employs plug-ins in order to provide all of its functionality on top of (and including) the runtime system, in contrast to some other applications where functionality is typically hard coded.