![]() * Don't know how to translate class "Generic ->GObject ->Node": "" */ĭigitalWrite(wireUID_1157_,wireUID_317_?HIGH:LOW) įeedbackNode_615. Arduino boards generally interfaced with LabView serially, for example, reading and plotting the analog sensor value, first. The Labview cannot find any COM port that I connect with Arduino UNO. But, I cannot assign the com port for my board. So, I start with Arduino Analog Read Pin, example. WireUID_642_ = feedbackNode_615.front() feedbackNode_615.erase(feedbackNode_615.begin()) ĭigitalWrite(wireUID_921_,wireUID_642_?HIGH:LOW) Hi all I have started using LIFA for the frist time. shift register init and get front valueįeedbackNode_615.push_back(wireUID_424_) PinMode(wireUID_705_,wireUID_740_?OUTPUT:INPUT) PinMode(wireUID_652_,wireUID_740_?OUTPUT:INPUT) * END feedback and shift regs declarations */ Hope this helps, here is code which is generated on my laptop for Blink example and compiles fine for Arduino Nano for comparison to your output: Yeah sounds complicated but it's really easy, this is transciptor feature, each library has dictionary how to translate VIs based on their names to arduino code and this process is done when password protected VI is found or some LabVIEW native structure is found. In your case just close LabVIEW and opened it and again try to generate code, it will run, or there is option to clear LabVIEW IDE password cache manually, go for Tools -> Options then in left panel "Environment" and ther is button "Clear Password Cache". So when you used password it seems for LabVIEW that VIs which should be transcripted by implemented dictionary are not password protected and try t go deeper and transcript them. My transciptor differs VIs which are going to be transcripted into arduino code by that if they are password protected or not. ![]() At that moment LabVIEW remembered your password in cache. Now I'm looking at example at my side and see problem, I suppose you opened Blink example and was looking through VIs and opened one with password and enter password into it. The Arduino-Compatible Compiler for LabVIEW is a software add-on that you can use to program stand-alone embedded systems on Arduino-based hardware.
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