<sf-slack2>
<acomodi> litghost: Not yet, I'll apply them now
<sf-slack2>
<acomodi> litghost: sorry, no those are not included in our master+wip
<litghost>
acomodi: That's okay, the priority is getting the mode selection fixes upstream
<sf-slack2>
<acomodi> litghost: yep, I have noticed that the regression tests are extremely sensitive
<sf-slack2>
<acomodi> litghost: anyway I think that now everything is ok, titan benchmarks returned with very good QoRs, packing time is still even with the master
<tpb>
Title: GitHub - mithro/vtr-verilog-to-routing at port_bit_name (at github.com)
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<mithro>
mkurc: It'll take me a while to digest what your doing with the SDF loading in v2x...
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<sf-slack2>
<mkurc> @mitrho: I've seen your comment. So you wanted to have a flow like SDF -> Verilog -> XML ?
<sf-slack2>
<mkurc> Or to update JSON generated by Yosys with timings from SDF ?
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<hackerfoo>
read_uart.py doesn't seem to work any more on master with dram_test or bram_test
<hackerfoo>
The serial data looks fine at 500000 baud.
<hackerfoo>
I don't see any recent changes, though. It must be a dependency.
<hackerfoo>
The result format got a byte shorter.
<litghost>
hackerfoo: Also possible that it is a regression
<hackerfoo>
I can't find any changes to the logic. It seems that the loop count is only one byte, even though the state machine should output two bytes. The header, CR, LF are all there, and the error count is 0.
<hackerfoo>
The loop count seems to be going down, but that could just be aliasing.
<litghost>
hackerfoo: You looking at simulation?
<hackerfoo>
I tried autosim. It just showed running clocks but the other waveforms were flat.
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<hackerfoo>
I suppose I should try bit2v in Vivado