sb0 changed the topic of #m-labs to: ARTIQ, Migen, MiSoC, Mixxeo & other M-Labs projects :: fka #milkymist :: Logs http://irclog.whitequark.org/m-labs
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<GitHub5>
[smoltcp] whitequark commented on issue #43: Could you please split your changes into several commits? Reviewing them as one large diff is pretty hard. https://git.io/v55V9
<GitHub123>
[artiq] sbourdeauducq commented on issue #778: Local SED now works on the board, except that DMA systematically produces an underflow for some reason. And I want to look into reducing the output latency a bit. https://github.com/m-labs/artiq/issues/778#issuecomment-329958672
<sb0>
bb-m-labs, force build artiq
<bb-m-labs>
build forced [ETA 33m17s]
<bb-m-labs>
I'll give a shout when the build finishes
<sb0>
DMA simply seems to have become very slow to start... needs ~400us before the dma start command and the first event
<sb0>
otherwise it still works as intended. weird.
<sb0>
wondering if this is really because of SED or if master has also become affected somehow
<sb0>
of course, there had to be at least one insufferable bug in this SED project ...
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<GitHub99>
[smoltcp] little-dude commented on issue #44: Sorry for polluting the discussion, but I'm interested in following (and potentially helping) your redox integration @batonius, but I can't find where you're pushing the code in your github feed. Is this work private for the moment? I tried, long ago to use smoltcp in redox but I gave up half-way through. https://git.io/v5dV8
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<Arpit>
It seems my message is missed. So posting it again.
<Arpit>
>> maybe the best way would be to implement a differential tristate <<
<Arpit>
I have went code related to SPI (in artiq) and tri state (in migen). But I couldn't figure out lots of things in few hours of code browsing.
<Arpit>
Though I read artiq documentation and migen documentation (present in the file "fhdl.rst"), many things are not yet clear to me. One of the things is, if gateware/spi.py calls cs_n_t.o.eq in comb, how does that affect voltage on pin pads.cs_n (target pin)?
<Arpit>
What is the path in source code that links function call cs_n_t.o.eq to voltage on pin pads.cs_n (target pin)?
<Arpit>
Also, if you could give an outline on how to implement a differential tristate, it'd help.