Other boards, including many of the Chinese derivative boards, use a cheaper USB chip (e.g., CH340) which has a generic VID/PID provided by the manufacturer of the chip. In this case, there is no way to identify which board might be associated with that identifier, or even whether it is an Arduino board at all (some commercial products also use those chips). This icon is the Arduino IDE's way of communicating that the port was not identified and that it can't be sure that you have selected the correct port for your board.

But, if I come back more seriously to the matter here, my main concern is that my very old, 4-cores i5 4690-based hackintosh (which doesn't have F-secure I agree) doesn't have the issues my (almost) brand new M1Pro 10cores chip has...


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In this example, and despite the fact that our input ramp is changing in a very linear fashion (and therefore we should see equal distribution), decimal 4083 (ending in 100011) has far fewer hits than those adjacent.


Each column (in the green) is a single SPI read of our ADC. We do 14 through DMA (very fast), and then repeat without much delay. 


I thought Digital Discovery would (a) trigger on the falling chip select, and (b) keep recording the data stream (ignoring subsequent chip select cycles). It doesn't. Instead, it captures the first 14 samples and no more data after that.


Hopefully it's possible to trigger on CS (going low) and just keep sampling until I press stop. (Ideally if there's a timeout value allowing us to stop once CS stays high for a certain duration, that would be ideal). Finally, I have no idea how to save my data to a file and in a certain format.


My setup:

Anyways, since I posted my question, I have attempted to use it. First let me say that it works ONLY for "enable" HI or LO. It really does strange things for any of the transition modes, rising, falling or edge. My suggestion is that you remove these modes. I'm not sure what to expect using them, but they don't do anything you might expect. Is it supposed to enable the "chip" only during the transition? That wouldn't be very useful. But it doesn't do that anyway.

Selecting SPI/SPY, I do not get the option to use the high speed connection. I will try it with low speed, but would be more assured if it were a higher speed than 100MHz. Hopefully I can stream SPI/SPY in the same way as the logic analyzer?


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So I set up using DIO24 (chip select) DIO25 (clock) and DIO26 (data). Pressed Receive and then caused my host to do SPI. I get nothing.


How do I set up the triggering? I see "manual trigger" with no further options.




We also love making single-serving chocolate chip cookies in individual-size mini cast iron griddle pans. For that, we have found that using the standard cookie recipe on the Nestle Toll House chip bag yields the best results. We'll put a large mound on the single-serving cast iron pan and bake for 8-10 minutes or until center is done. Then we top the warm-out-of-the-oven individual cookies with ice cream and eat dessert right out of the pan.

I am using a touch sensor that reports the status of twelve sensors as a decimal number. This number must be converted to binary to determine the state of the sensors. For example, if the sensor chip reports the number 5, this would resolve to the binary output "1 0 1", indicating that sensors 1 and 3 were being touched.

BTW wasn't there a 100% cotton ripstop uniform made in the "chocolate chip" pattern that mimicked the cut of the RDF camo uniforms? I seem to remember somebody here having a set and saying they were used by SF units in the late 70's and early 80's. 0852c4b9a8

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