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Hi Jordan, Thanks for the questions and I'm glad you found the presentation useful. I'm planning to post a video to the presentation and the cleaned up source for the build VI to our blog as soon as I have time - I've been in post NIWeek catchup mode this week. Build server was using the new VIPM Pro API for building a package. We've used it with the NI App Builder API VIs in our customer work. That was custom but once I post the source it should be trivial to replace VIPM API with LabVIEW project build VIs. We were running Jenkins on a Windows machine (a virtual machine in the cloud). Thanks for coming and glad you got excited about the topic!

Hello everyone, I just received my CLD exam results and I passed! I got 88.33% and I'm pretty happy with it! Style 13.5/15 Documentation 9/10 Functionality 12.83/15 I learned a lot here so thank you all for posting on LAVA! Regards,

To make it easier to download, the toolkit is now "Certified with LabVIEW", and has been added to the LabVIEW Tools network. This means that it can be downloaded directly from within VIPM. vipm://WF_AppBuilderSupport?repo_url=http%3A%2F%2Fftp.ni.com%2Fevaluation%2Flabview%2Flvtn%2Fvipm /J

Attached is a small VI that generates 4 sinewaves and plots them in two equally configured WfmCharts. ChartUpdateProblem.vi The WfmCharts is configured as Scope update mode All plots have thicker lines to make the problem more visible Plot1 and Plot 2 are anti-aliased In this case the Stop button overlays the plot area in the upper WfmChart. Run the VI and notice the difference in the lines in the upper and lower WfmCharts. The upper chart should have somewhat jagged lines, and if you run the VI for a while you might even get to see this ;-) Pressing the stop button forces LabVIEW to redraw the upper chart. If you move the stop button outside the plot area, the problem dissapears, but the same problem can be seen if you move the plot legend inside the plot area. /J

You don't really need any hardware experience for the CLD. And, I FTFY.