![]() firefox in the extracted folder but not from SSH because there is no UI so there is nothing to see, you need to run this from the UI using a keyboard and mouse on the embedded UI. Extract it and update soundlib2 using opkg as mentioned in this thread. Download Firefox 24 from here for the 圆4 target. Getting these files over to your target can be done through MAX or an sftp client like Filezilla.īut in your particular case here's what I suggest. I think NI allowed web based control in Labview 5. Like the motorcycle HIL, it runs closed loop all in Labview. Sorry but I don't have a good video showing the toy or real dyno in operation. I made a model dyno that uses a toy electric motor that I used to develop the code on. These still might rely on system files that are usually installed through some package manager but can be installed manually too. One program I put together is for an engine dyno we built. Figure 1: A properly-configured cRIO includes SSL Support and the WebDAV Server. You should see SSL Support and WebDAV Server listed, as in Figure 1. Expand the cRIO, then Software, then NI CompactRIO. To confirm, open NI-MAX, and expand Remote Systems. In addition to installing packages through a package manager, several Linux applications can be run as. As mentioned above, the Linux cRIOs have WebDAV and SSL support enabled by default. I understand it might be getting a bit hairy at this point and it was for me not too recently too. There are other repositories and in most cases Debian Linux packages can be installed through OPKG. NI's Linux RT includes the OPKG package manager and you can do things like "opkg install " or "opkg update" and "opkg upgrade" to update the NI package list, and then update all the packages on your target, that have updates on the NI repository. These aren't VIPM packages, and they aren't NI specific packages, but instead packages made to be installed on a version of Linux, using a package manager. From there if your controller is on the internet (after logging in) you can perform commands to install packages. You'll be presented with a bash like shell similar to DOS or Windows command prompt. Basically download Putty, and log into your remote target. This adds SSH client support to LabVIEW by using the libssh2 library and a LabVIEW-friendly. From there if your controller is on the internet. Here is the first thing I found when googling SSH for beginners. Here is the first thing I found when googling SSH for beginners. A LabVIEW add-on and toolkit for communicating with a SSH server. The more appropriate way to install software on a Linux machine, is to SSH into it. The more appropriate way to install software on a Linux machine, is to SSH into it. There was a thread over on LAVA at one point discussing some high level details. It is possible to add 3rd party software through MAX in the same way but I don't think it is documented. This is true that to install software through MAX you need code packaged in a specific way. But how do I install a software on cRIO? Should I connect to it via a host (e.g my laptop) and then open NI-MAX and install the software? it seems it only allows NI software to be installed.
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