05:59 <Lunaphied[m]> Just used the "new" wiring lib for the first time, very nice! Makes things significantly better IMO 

06:11 <whitequark[cis]> thanks. if I recall correctly, you've had some input to the early draft of that RFC

18:43 <Lunaphied[m]> I believe so, I'm happy to see how it turned out

18:44 <Lunaphied[m]> One thing I did think about (and this is more for documentation) is that if you're dealing with tristates because you're defining ports connected to tristates upstream, you'll probably want to define them as "In" so they get wired up in the right order

18:44 <Lunaphied[m]> This is arguably a hack but it seems effective enough

18:46 <Lunaphied[m]> For a concrete example. I have an SRAMProducer that bridges between the physical SRAM interface and a simplified internal interface. The upstream interface is linked through connections only to the pins, and I instantiate the tristate buffers inside for the IOs to connect to. I capture the upstream definition in a Signature to make the chaining to the top level easier

18:47 <Stevetronics> I apologize for what may be a simple "RTFM" question - is there documentation for the simulator interface? I'd like to run a test where I do some stuff, then assert reset, then do some more stuff to make sure my logic behaves correctly. I may simply fundamentally misunderstand the action of the (reset=value) field when creating a signal. Is there a

18:47 <Stevetronics> "default" reset signal wired into `wiring.Component` in the same way that `sync` domains pass clocks?

19:13 <Stevetronics> Ok wait I think I have a lead, but I could use some help getting all the way to the end. I see in the docs for ClockDomain that each domain has a `cd.rst` signal associated with it. is there a straightforward way to access that signal from inside the simulator?

21:55 <whitequark[cis]> > is there documentation for the simulator interface?

21:55 <whitequark[cis]> not yet

21:56 <whitequark[cis]> > is there a straightforward way to access that signal from inside the simulator?

21:56 <whitequark[cis]> try `ResetSignal()`

23:33 <Stevetronics> whitequark[cis] - thanks for the heads up! I