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DOT NET Application programming is one of the most popular programming languages used for development of websites and it allows user to easily create web based projects. By using this, we can implement a real time application Projects.
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Developi ng ng From a Mi cr cros of oft Vis ua ual C++ Project
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Developing From a Microsoft Visual C++ Project The following sections describe how to develop NX4 Open API applications using Microsoft Visual .NET 2003.
Creating a Visual C++ Project You have two choices for creating a Visual C++ project. You can create a project by using the NX4 Open AppWizard, AppWizard, or by creating c reating a project manually. manually. It is highly highly recommended that tha t you choose the t he NX Open AppWizard. It automatically performs all of the steps described in "Creating a NX4 Open Project Manually".
Using the NX4 Open AppWizard To use the NX4 Open AppWizard: : · Step 1 Select the File-->New menu item to activate the New dialog and click the Projects tab. · Step 2 Select Select NX4 Open AppWizard AppWizard from the list of project types. type s. · Step 3 Enter a project name into the "Project name:" text box. By default this becomes the name portion of the program program being built. built. For instance, a project named "MyNXOpenApp" produces produces either a "MyNXOpenApp.dll "MyNXOpenApp.dll"" or "MyNX " MyNXOpenApp.exe". OpenApp.exe". You can override ove rride this later if necessary. · Step 4 Click "OK" and follow the on-screen instructions to create your NX4 Open project.
Creating a NX4 Open Project Manually To create a NX4 Open Project manually, you must: create a new project, configure project settings, and add files to the project.
Create a New Project Proj ect ·
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Step 1 Select Select one of the following following project project types: t ypes: o "Win32 Dynamic-Link Dynamic-Link Library" for a n internal NX4 Open application o "Win32 Console Application" Application" for an external NX4 Open application. Step 2 Configure Configure other ot her options if desired. Step 3 Press the "OK" button to create the project.
Configure Project Settings ·
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Step 1 Configure compile options. Select the "Project->Settings" menu item to activate the o o "Project Settings" dialog and click the "C/C++" tab. o In the "Category:" list box, select "Code Generation". In t he "Use run-time library:" list list box, select "Multithreaded DLL". Step 2 Configure link options. o Click the "Link" tab ta b on the "Project Settings" Settings" dialog. dialog. In the "Object/library modules:" modules:" text te xt box, add the necessary NX4 libraries. For For an Internal mode application, add libufun.li libufun.lib b and libugopenint.lib. libugopenint.lib. For an External Ext ernal mode application add libufun.lib libufun.lib.. o Add the libraries identified in the previous step t o the "Object/library modules:" modules:" text box. Click the "OK" button. o Step 3 Configure Configure the include path. o Select the "Tools->Options" menu item to activate the o "Options" dialog and click the "Directories" tab. ta b. In the "Show directories for:" list box, select "Include files". Add an entry for o "%UGII_ROOT_ "%UGII_ROOT_DIR%\ugo DIR%\ugopen" pen" to t o the directory list using the proper expansion for the "UGII_ROOT_DIR" environment variable (e.g. C:\ugv160\ugopen). Use the arrow icon buttons to move the ugopen directory above all other directories. o Step 4 Configure Configure the library path. o Select "Library files" in the "Show "Show directories for:" list box of the "Options" dialog. dialog.
2010/8/4 下午 08:38
Developi ng From a Mi cros oft Vis ual C++ Project
Add an entry for "%UGII_ROOT_DIR%\ugopen" to the directory list using the proper expansion for the "UGII_ROOT_DIR" environment variable (e.g. C:\ugs160\ugopen). Use the arrow icon buttons to move the ugopen directory above all other directories. Click the "OK" button.
Add Files To The Project · ·
Step 1 Select the "Project->Add To Project->Files" menu item to activate the "Insert Files into Project" dialog. Step 2 Select the files to be added and click the "OK" button.
Debugging and Running If the project is an internal NX4 Open application (DLL), the following steps must be performed to associate the NX4 executable with the project. If these steps are not performed, the application cannot be executed or debugged from the Visual C++ environment. These steps do not apply to external UG/Open applications (EXEs).
Setup ·
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Step 1 Determine the location of the NX4 executable ugraf.exe. o Go to the Windows "Start" menu and select "Settings->Control Panel". Double-click the "System" icon. Click the "Environment" tab on the resulting "System Properties" dialog. In the "System Variables" list scroll down until you find a variable na med "UGII_ROOT_DIR". The value associated with this variable is the directory path to the "ugraf.exe" executable. Select the "UGII_ROOT_DIR" variable. Highlight the complete path in the "Value" field at the bottom of the dialog and copy it to the clipboard. Step 2 Associate the NX4 executable with your project. From within Visual C++, select the "Project->Settings" menu item and select the "Debug" o tab on the resulting "Project Settings" dialog. Notice that the "Executable for debug session:" field is empty. Place the cursor in this field and then type or paste the path determined in the first step, followed by "\ugraf.exe". For example, if the value of "UGII_ROOT_DIR" were "C:\Program Files\UGS\NX4.0\ugii" then you would enter: C:\Program Files\UGS\NX4.0\ugii\ugraf.exe. You may also browse for the executable file by clicking the arrow button to the right of the "Executable for debug session:" field. Step 3 Run the Application Click "OK" in the "Project Settings" dialog and then run or debug the application as you o would normally from Visual C++. NX4 is started each time the project is executed. You are free to place breakpoints in your NX4 Open application just as you would in any other application. It may take a few moments for NX4 to appear because Visual C++ is searching for debug symbols in the NX4 DLLs, so be patient.
Print statements Since NX4 is a native Windows application, there is no console started up automatically. Therefore using a printf to print to stdout will not work. If you want to use printf or cout statements to debug your internal NX4 Open application, you must add the following code to your internal UG/Open API function: This will create a console window and attach it to stdout so that printf and cout will work.
Known issues When using NX4 Open, you should not make an MFC extension DLL in debug mode. This is a well known problem with Microsoft compilers. Microsoft uses different libraries for debug and release configurations. NX4 will use a release .dll, and so NX4 Open will allocate memory using the heap in that library. The customer MFC extension DLL in debug mode will use a debug library, and try to free memory using the debug library. The only work around is to either only build a release configuration, or only build as a WIN32 DLL using the NX4 Open AppWizard.
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2010/8/4 下午 08:38
Developi ng From a Mi cros oft Vis ual C++ Project
