![]() Any help/comments/advice on the way this is coded is greatly appreciated. One current "guess" of what is wrong on my part is that the code below (taken out of context, otherwise the post would be really long) needs some rethinking. (see the reader.ready() line in the original code).ĭoes anyone know why it would work for Windows but not Mac OS? ![]() When we run it on a Mac OS in the same room/network the reader.ready() is not true within the wait time. When we run it on a Windows XP box in another room with another subnet it works fine as well. When we run the code on the same MS Windows XP box as the LabView then it works properly meaning LabView receives the commands and the java receives the results. National Instruments announced in January that it was bringing the LabVIEW graphical development environment, first created on Mac OS more than 15 years ago, to Mac OS X (10.2 and higher). NI LabVIEW runs on various operating systems (Linux, Mac OS X, but mainly Windows), and can generate object code on these. All communications to LabView go through the singleton LabView class (instance). I'm not sure (but do not believe) the multithreading matters in this case, but mention it in case you think there might be an issue. The new Macs with Apple Silicon chips will not work with. The application can be used for 7 days.I have inherited some code, multithreaded, with a singleton that talks to LabView over a couple ports/sockets. Welcome First, you will need a Mac or Windows computer with x8664 or amd64 (Intel/AMD) architecture.OH Thanks so much I have been really wanting to get my hands on this software. So if you can get last years version, then you can use it. ![]() Using incompatible versions is not supported and may result in errors. Reference this information to ensure you install the correct version when upgrading or updating your operating system, or when migrating or porting code to a new system. Which is weird because last year they gave us multi-platform version which included a mac version. The following table shows the compatibility between LabVIEW versions and different macOS operating systems. However all previous versions do run under classic emulation while running OS X. This years version of labview is the windows only student version. As of LabVIEW version 7.X, Mac OS 9 will not be supported. For Mac OSX v10.9+, you will need to use this command: Copy Code cd /Library/Extensions For Mac OSX v10.8 and below, you will need to use this command: Copy Code cd /System/Library/Extensions In this case, we will be using Mac OSX v10.13, so we will need to use the first command. It is fully functional and is compatible with LabVIEW on all other platforms. Downloading LabVIEW will increase productivity in the design and implementation of the latter. LabVIEW was released for OS X starting in June of 2003 when version 7.0 was shipped. LabVIEW has a wide area of practical application in all the aspects required for electronic monitoring.
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