Thus I would like to see more development work done to make interfacing LinuxCnc and Labview easier.
#LABVIEW LINUX 32 BIT#
I that believe only the 32 bit version is available at the present time from: For those of us that like Labview and the flexibility it offers has great value not only as to its capability to process data but also as a intelligent user interface that can be interfaced into LinuxCnc in various ways.
The Labview Community edition has been out for a while for noncommercial and nonacademic use from NI. Its been a while since I have worked on this project. It will be a while before this can be done and will focus mainly on developing Labview Gui's. I hope to be able to post some info as I go along on this project on but I have not found the time to set up the site yet. I will be using my Labview user interface running on Win7 machine to link into both the legacy and CapnProto servers in Linuxcnc for all testing. The way I hope to proceed is to make parallel test paths within Linuxcnc, one for the old and one for the new CapnProto on the same running copy of Linuxcnc and then assure that both produce the same results. I suspect that the MachineKit proto files for each Linuxcnc sub modules can be used for the CapnProto schema files, or at least as a guide as to what is needed with potentially minimal changes. CapnProto uses schema file to define messages. To replace the NML-RSC combination I have CapnProto C++ Installed as part my Linuxcnc make configuration which I call RMC for Remote Machine Controller. I have started my own project and starting to get things installed in one of my development systems to accomplish this. Once completed it will be a lot simpler to to provide a standard interface for any remote or local UI to link into Linuxcnc without any requirement to be an actual part of Linuxcnc itself which would reduce future Linuxcnc maintenance requirements significantly. But integrating a working alternative to replace the NML-RSC combination will be a time consuming task but well worth the effort. This thus calls for an alternative to the existing NML-RSC combination. There have been some upgrades to these over the years on these but those upgrades do not appear to be useful for Linuxcnc (EMC) and provide no real benefit for it. NML classes used for handling internal and external messages between process was part of the NIST Gov RSC project but separate to it. RSC having been created several years before the EMC project was created back in the early 1990's.
#LABVIEW LINUX DOWNLOAD#
Since that is impossible and I can't download sources from NI official site I guess I will have to do with LabView 2018.I have been away for a while due to digging into NML and RSC for several months. Thanks, that's what I thought, but I wandered whether there is a way to download the data from these repos and convert them for use on Arch. And then at that point, you don't need a list of urls pointing to them, as you already have them. If these don't already exist (it looks like they don't) then you need to build them. That said, it sounds like the "repository info" they are referring to may just be - effectively - a set of urls to where packages built for that distro are available. Create the repo as an intermediate step (with repo_add) if you really want, but it doesn't really serve any purpose.
#LABVIEW LINUX INSTALL#
Build the arch package(s) and install them with pacman, that's it. You don't need to worry about the hoops people of other users might need to jump through to install LabView - there may not be an equivalent in arch as those steps simply aren't even relevant in arch. Once you have the arch packages, you just run repo_add. It'd be a silly thing to do anyways as there is very little invovled in making a pacman repo. There are tools to convert packages from other major distros into arch packages, but there is no way to convert a "respository" from another distro into an arch repository.
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