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Update: I used the dll call from the link @dadreamer provided, and made a Messenger-Library "actor" that I can use for debugging. Already found a couple of bugs with it.

I checked with LabVIEW R&D, they said there is no way to determine this information in G code.

Adding to crossrulz suggestion. If you do want simple I2C or SPI, using an Arduino is a great solution in LabVIEW. NI has their LINX toolkit, which downloads a known set of firmware to the Arduino, and then in LabVIEW you have the LINX palette which basically tells the microcontroller to execute some set of steps. These commands are just serial commands, and when plugged into USB should appear as a normal VISA device in LabVIEW. I don't have a pharlap system to test with but with other remote devices I've used they just get enumerated when they are plugged in. I personally have not us

1. Nowadays, Git 100%. 2. Love it. 3. I forced it on my team, but even for my hobby coding, I use SCC. Those closer to retirement are having a hard time. For the younger folks fresh out of school, they'd be surprised if we didn't use Git. I wouldn't bet that all of them know what SVN means. 4. Pros: Large support community online. When stuck, I just spell it out in the search engine and I find a post on stackoverflow that solves my problem It allows enforcement of a workflow that achieves modularity by design, through submodules. Easy to deploy a repo

I've just pushed new branch to Dr Powell's repo, and built a new version of this package. I used LabVIEW 2017 SP1. What's new : added support for Linux Rt targets (possibly Linux in general but not tested) (issue #1) added support for boolean parameter (issue #2) fix a weakness in parameter detection (issue #3) VIP 0.2.2-b16 can be downloaded from here.

I had no idea there were so many out there! http://blog.interfacevision.com/design/design-visual-progarmming-languages-snapshots/

At this point, I would probably go a slightly different route. You could get an Arduino or Raspberry and program them to do the I2C communications for you. In the RT system, you can just communicate the data through a serial port. Another option I have been tempted to go with is to use a SC18IM700IPW, which is a I2C-UART chip. Again, you just have to use a serial port to talk to it. But this would be more hardware design than the other option.

It could make sense if the PostgreSQL DLLs were compiled with Microsoft Studio 2010 or 2012 or similar (not sure which Visual Studio version is used for compilation of LabVIEW 2015) and set to use dynamic linked MS C Runtime library. It is old enough to not be standard on a recent Windows 10 installation and not new enough to not be tightly coupled with a specific Microsoft Visual C runtime version. Since about Microsoft Studio 2015, the Visual C runtime has stayed at version 14.x and doesnt with each new version require a new runtime. It's still possible that a newer Visual Studio application