void updaterange() {
leds[LED_0].b = 255;
updateleds();
range[0] = FLEXIO_HCSR_Ping(0, GPIOA, 5); // 0
leds[LED_0].b = 0;
leds[LED_0].r = 255 - (range[0] / 2);
leds[LED_0].g = range[0] / 2;
leds[LED_180].b = 255;
updateleds();
range[4] = FLEXIO_HCSR_Ping(5, GPIOA, 14); // 180
leds[LED_180].b = 0;
leds[LED_180].r = 255 - (range[4] / 2);
leds[LED_180].g = range[4] / 2;
leds[LED_45].b = 255;
updateleds();
range[1] = FLEXIO_HCSR_Ping(2, GPIOA, 13); // 45
leds[LED_45].b = 0;
leds[LED_45].r = 255 - (range[1] / 2);
leds[LED_45].g = range[1] / 2;
leds[LED_225].b = 255;
updateleds();
range[5] = FLEXIO_HCSR_Ping(6, GPIOC, 7); // 225
leds[LED_225].b = 0;
leds[LED_225].r = 255 - (range[5] / 2);
leds[LED_225].g = range[5] / 2;
leds[LED_90].b = 255;
updateleds();
range[2] = FLEXIO_HCSR_Ping(3, GPIOA, 12); // 90
leds[LED_90].b = 0;
leds[LED_90].r = 255 - (range[2] / 2);
leds[LED_90].g = range[2] / 2;
leds[LED_270].b = 255;
updateleds();
range[6] = FLEXIO_HCSR_Ping(7, GPIOA, 16); // 270
leds[LED_270].b = 0;
leds[LED_270].r = 255 - (range[6] / 2);
leds[LED_270].g = range[6] / 2;
leds[LED_135].b = 255;
updateleds();
range[3] = FLEXIO_HCSR_Ping(4, GPIOA, 17); // 135
leds[LED_135].b = 0;
leds[LED_135].r = 255 - (range[3] / 2);
leds[LED_135].g = range[3] / 2;
leds[LED_315].b = 255;
updateleds();
range[7] = FLEXIO_HCSR_Ping(8, GPIOA, 15); // 315
leds[LED_315].b = 0;
leds[LED_315].r = 255 - (range[7] / 2);
leds[LED_315].g = range[7] / 2;
updateleds();
}
void readcmd(usbdevice* kb, const char* line){
char word[strlen(line) + 1];
int wordlen;
// See if the first word is a serial number. If so, switch devices and skip to the next word.
usbsetting* set = (IS_ACTIVE(kb) ? &kb->setting : 0);
usbprofile* profile = (set ? &set->profile : 0);
usbmode* mode = (profile ? profile->currentmode : 0);
cmd command = NONE;
cmdhandler handler = 0;
int rgbchange = 0;
// Read words from the input
while(sscanf(line, "%s%n", word, &wordlen) == 1){
line += wordlen;
// Check for a command word
if(!strcmp(word, "device")){
command = DEVICE;
handler = 0;
continue;
} else if(!strcmp(word, "mode")){
command = MODE;
handler = 0;
continue;
} else if(!strcmp(word, "switch")){
command = NONE;
handler = 0;
if(profile)
profile->currentmode = mode;
rgbchange = 1;
continue;
} else if(!strcmp(word, "hwload")){
command = NONE;
handler = 0;
if(profile)
hwloadprofile(kb);
rgbchange = 1;
} else if(!strcmp(word, "hwsave")){
command = NONE;
handler = 0;
if(profile)
hwsaveprofile(kb);
} else if(!strcmp(word, "erase")){
command = NONE;
handler = 0;
if(mode)
erasemode(mode);
rgbchange = 1;
continue;
} else if(!strcmp(word, "eraseprofile")){
command = NONE;
handler = 0;
if(profile){
eraseprofile(profile);
mode = profile->currentmode = getusbmode(0, profile);
}
rgbchange = 1;
continue;
} else if(!strcmp(word, "name")){
command = NAME;
handler = 0;
if(mode)
updatemod(&mode->id);
continue;
} else if(!strcmp(word, "profilename")){
command = PROFILENAME;
handler = 0;
if(profile)
updatemod(&profile->id);
continue;
} else if(!strcmp(word, "bind")){
command = BIND;
handler = cmd_bind;
continue;
} else if(!strcmp(word, "unbind")){
command = UNBIND;
handler = cmd_unbind;
continue;
} else if(!strcmp(word, "rebind")){
command = REBIND;
handler = cmd_rebind;
continue;
} else if(!strcmp(word, "macro")){
command = MACRO;
handler = 0;
continue;
} else if(!strcmp(word, "rgb")){
command = RGB;
handler = cmd_ledrgb;
rgbchange = 1;
if(mode)
updatemod(&mode->id);
continue;
}
if(command == NONE)
continue;
else if(command == DEVICE){
if(strlen(word) == SERIAL_LEN - 1){
usbdevice* found = findusb(word);
if(found){
kb = found;
set = &kb->setting;
} else {
// If the device isn't plugged in, find (or add) it to storage
kb = 0;
set = addstore(word);
}
profile = (set ? &set->profile : 0);
mode = (profile ? profile->currentmode : 0);
}
continue;
}
// Only the DEVICE command is valid without an existing mode
if(!mode)
continue;
if(command == MODE){
int newmode;
if(sscanf(word, "%u", &newmode) == 1 && newmode > 0 && newmode < MODE_MAX)
mode = getusbmode(newmode - 1, profile);
continue;
} else if(command == NAME){
// Name just parses a whole word
setmodename(mode, word);
continue;
} else if(command == PROFILENAME){
// Same for profile name
setprofilename(profile, word);
continue;
} else if(command == RGB){
// RGB command has a special response for "on", "off", and a hex constant
int r, g, b;
if(!strcmp(word, "on")){
cmd_ledon(mode);
continue;
} else if(!strcmp(word, "off")){
cmd_ledoff(mode);
continue;
} else if(sscanf(word, "%02x%02x%02x", &r, &g, &b) == 3){
for(int i = 0; i < N_KEYS; i++)
cmd_ledrgb(mode, i, word);
continue;
}
} else if(command == MACRO && !strcmp(word, "clear")){
// Macro has a special clear command
cmd_macroclear(mode);
continue;
}
// Split the parameter at the colon
int left = -1;
sscanf(word, "%*[^:]%n", &left);
if(left <= 0)
continue;
const char* right = word + left;
if(right[0] == ':')
right++;
// Macros have a separate left-side handler
if(command == MACRO){
word[left] = 0;
cmd_macro(mode, word, right);
continue;
}
// Scan the left side for key names and run the request command
int position = 0, field = 0;
char keyname[11];
while(position < left && sscanf(word + position, "%10[^:,]%n", keyname, &field) == 1){
int keycode;
if(!strcmp(keyname, "all")){
// Set all keys
for(int i = 0; i < N_KEYS; i++)
handler(mode, i, right);
} else if((sscanf(keyname, "#%d", &keycode) && keycode >= 0 && keycode < N_KEYS)
|| (sscanf(keyname, "#x%x", &keycode) && keycode >= 0 && keycode < N_KEYS)){
// Set a key numerically
handler(mode, keycode, right);
} else {
// Find this key in the keymap
for(unsigned i = 0; i < N_KEYS; i++){
if(keymap[i].name && !strcmp(keyname, keymap[i].name)){
handler(mode, i, right);
break;
}
}
}
if(word[position += field] == ',')
position++;
}
}
if(mode && rgbchange)
updateleds(kb);
}
