![]() ![]() There is also the altpanel id, defined in the manager session by the altpanel = id. There is also the co-pilot id(5100), the wide view id( XXX), the ghost mfd id( XXX). 1100 is the main ID, falcon uses it when you get in cockpit. My program will probably be able to generate this automatically in the future, but that has some consequences(some users like to choose their own id, so Ill make this optional, but not right now). ![]() PanelID: a number identifing the panel, must be unique among all panels. You have to fill all values correctly, so this can be a bit hard. Say yes, and the panel properties window will show, all fields blank. To create a new one, use shift insert.Īfter you press shift insert, program will ask you if you want to create a new panel. To delete the current panel, use shift del. The panel you see is called the current panel. To change to adjacent panels, use the numpad, as you would in falcon(if it doesnt work, press the NUMLOCK key). Program will start in view 1100, as falcon does. ![]() The panel window also has a menu, with all panels, so you can access them directly. It may take some moments while the program loads, and when it finishes, youll have 2 more windows, one for template and other for panels. You can go there and add the double / at the beginning of the line. Program parser wont accept this kind of error, and will halt and point to the line. Falcon uses C style comment (double /), and those first 2 lines are missing the double /. The problem is in the first 2 lines(the comments). An example of a very common error:Īdjpanels = 93500 -1 93700 -1 92900 -1 93500 -1 Īs you can see, all entries are correct. The program will point those errors though, and the line, so you can go there and check it youself. So, its very common to find errors like missing comment entries (the double ”/” lines without the double slash in the beginning). Why? Because its much easier to debug with a clean file. ![]() It wont accept wrong lines like falcons and codecs editor do. This program uses a strong parser, which means the. Otherwise, user will be prompted to enter the cockpit resolution. If the auto res check box is selected, program will assume resolution from that XX name(8 means 800×600, 10 means 1024×768, 12 means 1280×960, 16 means 1600×1200 and so on). Choose the cockpit datafile(XX_ckpit.dat). To open a cockpit dat file, click the open button, and a browse window will popup. Clear button is just to clear message area. Save and check buttons are only used when the pit is opened(more on that later). They will work only for the current session. Right now, you CANNOT save those options. The user preference button will show program options, like object colors, transparency settings etc. Note: If after the first time you open you get out of memory messages, restart the program, because java garbage collector is not to be trusted… Java -Xmx256M -classpath build\classes ckpitEditorMain If you get memory problems, try adding the following to the java line in the cockpiteditor2.bat: -Xmx256M, this will increase memory pool java machine uses. Dont close it, java writes its output to this window. In windows, a prompt window will also appear(a “DOS” window). Execute it and the program main window will appear. Using the FilenameUtils.Go to the folder you unzipped the program and look for a cockpitEditor.bat(or cockpitEditor.sh on unix systems). This is because Path can detect the current FileSystem it's running on: Path pathWin = Paths.get(PATH_WIN) ĪssertEquals(EXPECTED_FILENAME_WIN, pathWin.getFileName().toString()) 6. The same implementation works on a Windows system with PATH_WIN as the path string too. Therefore, we call the toString() method explicitly to convert it into a string. It's worth mentioning that Path.getFileName() returns a Path object. Next, let's create a Path instance from the given PATH_LINUX string and test the solution on Linux: Path pathLinux = Paths.get(PATH_LINUX) ĪssertEquals(EXPECTED_FILENAME_LINUX, pathLinux.getFileName().toString()) Unlike the File class, we can create a Path instance using the static Paths.get() method. Once we have a Path object, we can get the filename by calling the Path.getFileName() method. Since Java 1.7, the newer java.nio libraries ship with the Path interface. File is a standard class from the java.io package. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |