This page describes the required libraries and environment for Qt for Windows. Libraries. The following third-party libraries may be used when running Qt 5. Qt for Application Development - Desktop & Mobile. WINDOWS LINUX OS X ANDROID iOS WINDOWS 10. Qt is a comprehensive cross-platform framework and toolkit. 8 of Top 10 Fortune 500 companies use Qt. Qt is the faster, smarter way to create innovative devices, UIs and applications for multiple screens. This is a cool clock. We forked it, added a bunch of themes to the deb file, and added a theme manager and previewer. That is dependent on yad, which is available in. Hacking the x. Tuple Desktop Client With Extensions В· xtuple/qt- client Wiki В· Git. Hub. The x. Tuple ERP desktop client is a C++ application that communicates with a Postgre. SQL database (see the Architectural Overview). This application can be customized in several ways. Minor customizations include changing the format of reports that the application runs and adding custom commands to run external applications. Important: QuickTime 7 for Windows is no longer supported by Apple. New versions of Windows since 2009 have included support for the key media formats. Install the IDE. Install the JRE with the default settings; To install eclipse, unzip the content to C:Program Fileseclipse; Create a shortcut to Eclipse.exe on the. Copy the following files to C:QtSDKDesktopQt4.7.3mingwpluginssqldrivers. libqsqlmysqld4.a and qsqlmysqld4.dll from C:QtSDKQtSources4.7.3srcplugins. This article provides hints for checking out and building the modularized Qt 5 from Git, on desktop platforms. To compile Qt Creator, see Building Qt Creator from Git. KDE is a software project currently comprising of a desktop environment known as Plasma (or Plasma Workspaces), a collection of libraries and frameworks. Sometimes you need more extensive and invasive changes. You might need to add any of the following: new reports that are not part of the x. Tuple suitenew windows to perform tasks that are not part of the x. Tuple coremodifications to existing windows, perhaps hiding certain buttons or adding new fieldsnew business logicnew tables in the database. This kind of change should be encapsulated in an x. Tuple Extension. For example, if you need to record and report on work details for your business that x. Tuple does not track, you might want to add a new table, add a new window for data entry, add another window to summarize the collected data, create a report for printing, and add both of these new windows to the application menus. All of these resources bundled together constitute an extension. Most of the tools you need to create a new extension are included in the x. Tuple ERP desktop client. Options for creating individual components abound: Type. Embedded Tool. Stand- alone tool. Reportembedded Open. RPTopenrpt report writer for designing, printing, importing, and exporting report definitions; rptrender to print; importrpt or importrptgui to load report definitions into the database; exportrpt to extract report definitions from the database. Meta. SQLembedded Meta. SQL editormetasql for editing, importing, and exporting; importmqlgui for loading Meta. SQL statements into the databasescreensembedded Qt Designerstandalone Qt Designer (you'll have to install Qt yourself)scriptsembedded script editorany text editorcustom commandsembedded command editor[ none ]database objects[ none ]pgadmin or text editor with psql? You will also need a text editor to create some of the support files for your extension and the x. Tuple Updater to install your extension. This document is going to get pretty long, so here's a table of contents: Developing Extensions in the Filesystem. You expect your extension to be useful for a long time to come. Otherwise you wouldn't spend the time creating it. Therefore, prepare for the future by starting out right - put your files in the filesystem and under version control (git or svn or cvs or ..). Build your extension one piece at a time and load it into the database with the Updater (see Packaging). One positive result of starting this way is you don't pollute the public schema with your extension, so it's easy to turn off or discard your changes if things don't work out. The following directory structure works well: your- package- name is the parent directory that holds all of your work for this one extension. Updater packages to install or update your package from one version to the nextresourcesclientdict is for translation filesmetasql is for the Meta. SQL statements to drive your reports, display windows, etc. Java. Script files that control application behavioruiforms holds your user interface . Extensions Live in the Database. After they are installed, the pieces of your extension live in the database. Obviously the stored procedures, tables, indexes, views, etc. What may not be so obvious is that your reports, scripts, . Meta. SQL statements are stored in the database, too. Each package has the following parts once it's installed: a row in the pkghead tablea database schema to hold its componentsspecial tables in your schema that are linked back to tables in the public schema. We'll talk below about making sure the parts of your extension get into the right schema. Modifying Existing Core Windows. It is easy to alter the behavior and appearance of the core desktop client with a few lines of Java.
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