Vedran Miletić wrote:
Thanks a lot for your response, Pavel. You saved me from installing Windows to verify that my card isn't broken :-)
Still, I don't understand:
- Why is in phase.c ICE_EEP2_SYSCONF set to 0x00? What do different
values do here, and how do you know which is the correct value? 2) When I looked up juli.c for 0x20, there is only: #define AK4114_ADDR 0x20 /* S/PDIF receiver */ How come that 0x20 means MIDI?
That has nothing to do with midi, see below.
- How come that juli.c has 0x2b and prodigy192.c has 0x6a in
ICE_EEP2_SYSCONF? Does that differ because of the "amount" of stuff on that board, or some other reason? Again, how did you find out which is the correct value to set here?
Each bit represents a setting in a specific configuration register of ICE1724HT, see the datasheet http://alsa.cybermirror.org/manuals/icensemble/Envy24HT091DS.pdf
page 4-4, register CCS04 (called ICE_EEP2_SYSCONF in alsa)
Use a decent calculator with base conversions (kcalc) and find in the datasheet table the meaning of 0x2b (hexadecimal) or 0x6a in CCS04.
- Does the fact that 0x2b and 0x6a are larger than 0x20 makes MIDI
get created? Or is it something else entirely?
see above
I apologize if my questions are not apropriate, but I have just started exploring the depths of low-level coding and I still have very basic understanding of stuff that is going around. Thanks for any help.
I hope we can make another card work flawlessly in alsa.
Pavel.