SPI read was tested. Write wasn't, because of sudden AC voltage blackout and I haven't had any more effort going to collecting build tools and struggling with build process. It's buffer enable pin is hardwired, so no control required.
In attachment there are SPI-TT schematics, so you can add it to man page. Best regards, Max Arephin. 2016-02-28 13:16 GMT+03:00 Stefan Tauner <stefan.tau...@alumni.tuwien.ac.at> : > On Sun, 28 Feb 2016 11:03:19 +0300 > Max <flamma...@gmail.com> wrote: > > > Hello, Stefan! > > > > Actually, I doesn't real Linux C programmer - I just passed by. :) > > So, I just tried to get into this area, but get very distracted by > > wretchedness and inconvenience of Linux development tools. I don't think > > there's will be next time. :) I just "threw patch away", hoping that this > > programmer widely enough available and somebody, having proper skills, > > finishes it. Seems to be, my thoughts was wrong, but till now I don't be > > sad. > > Now I surprised! Thank you for your precious time to finish this patch, > > Stefan! > > > > I marked them as untested because I think that my one working quick dirty > > patch is not an reliable proof of testing. > > The patch alone is no proof but if you have tested it with real > hardware and it worked then there is no reason to not believe you and > mark it as tested. Have you run flashrom with your patch on that > hardware and did writing work? > > > It doesn't need any enable routine - it has no logic, no triggers/relay - > > just resistors and buffer. > > Buffers most often have disable (or enable) pins and if they are not > pulled down (or up) statically by resistors we need to do that > dynamically when starting to access the programmer. This would not be > unusual at all for this class of programmers... hence my question. > -- > Kind regards/Mit freundlichen Grüßen, Stefan Tauner >
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