Something about software.
For ATtiny2313 I used
https://github.com/MalteP/nec-decoder
with some patches to better handle my remote. I will publick these patches later.
Additionally I flashed ATtiny2313 with bootloader to be able to update firmware via RS232.
Bootloader which I used:
https://www.avrfreak...em_type=project
fboot21.zip
To be able to flash compiled nec-decoder firmware via RS232 I used bootloader-1.1.tar.gz
https://www.avrfreak...em_type=project
So, at now I am able to update firmware of the ATtiny2313 without need to disconnect it from my set-top-box.
Enigma2:
To be able to use such external IR your kernel must have uinput driver (this is standard kernel driver).
Not all kernel have enabled this driver by default bud this is not problem at all. For example OpenPli image for "Miraclebox Premium Micro" does not have enabled uinput driver, so there is need to compile it separately and then insert it to kernel like that:
modprobe -f uniput.ko
Later I will provide description how to compile uinput driver for your set-top-box if you do not have it.
If you have /dev/uinput then you do not need to compile it.
To receive decoded key press from ATtiny2313 and expose it to enigma2 I write simple program:
https://github.com/s...er/serial_input
it must run on set-top-box as daemon.
It have simple config file in INI format (default location /etc/srcd ):
[config]
name = ATtiny2313-uinput
serial = /dev/ttyUSB0
uinput = /dev/uinput
delay = 300
period = 80
[keymap]
# https://github.com/torvalds/linux/blob/master/include/uapi/linux/input-event-codes.h
# map key code to linux event code
0 = 3 ; KEY_1;
1 = 3 ; KEY_2;
2 = 4 ; KEY_3;
3 = 5 ; KEY_4;
4 = 6 ; KEY_5;
5 = 7 ; KEY_6;
6 = 8 ; KEY_7;
7 = 9 ; KEY_8;
8 = 10 ; KEY_9;
9 = 11 ; KEY_0;
10 = 115 ; KEY_VOLUMEUP;
11 = 114 ; KEY_VOLUMEDOWN;
12 = 402 ; KEY_CHANNELUP;
13 = 403 ; KEY_CHANNELDOWN;
16 = 103 ; KEY_UP;
17 = 105 ; KEY_LEFT;
18 = 108 ; KEY_DOWN;
19 = 106 ; KEY_RIGHT;
20 = 352 ; KEY_OK;
21 = 174 ; KEY_EXIT;
27 = 364 ; KEY_FAVORITES;
30 = 116 ; KEY_POWER;
32 = 113 ; KEY_MUTE;
33 = 358 ; KEY_INFO;
34 = 399 ; KEY_GREEN;
35 = 400 ; KEY_YELLOW;
36 = 401 ; KEY_BLUE;
37 = 398 ; KEY_RED;
38 = 139 ; KEY_MENU;
43 = 385 ; KEY_RADIO;
44 = 174 ; KEY_EXIT; //KEY_BACK;
48 = 412 ; KEY_PREVIOUS;
49 = 388 ; KEY_TEXT;
52 = 370 ; KEY_SUBTITLE;
54 = 395 ; KEY_LIST;
55 = 365 ; KEY_EPG;
56 = 392 ; KEY_AUDIO;
69 = 168 ; KEY_REWIND;
70 = 128 ; KEY_STOP;
71 = 164 ; KEY_PLAYPAUSE;
72 = 208 ; KEY_FASTFORWARD;
74 = 167 ; KEY_RECORD;
75 = 357 ; KEY_OPTION;
As I wrote this program receive key code from ATtiny2313 via RS232 then map it to linux event code used by Enigma2 and insert it to kernel via uinput driver.
Kernel will create additional /dev/input/eventX device which will be used by enigma2, so there is NO need to made any change in the Enigma2.
Maybe description is not so simple but this is really simple.
https://github.com/s...er/serial_input
