void blink_led(TIM_HandleTypeDef * timer, uint32_t channel) {
for (float i = 0; i <= 1; i += 0.001) {
set_led_brightness(timer, channel, i);
HAL_Delay(5);
}
for (float i = 1; i >= 0; i -= 0.001) {
set_led_brightness(timer, channel, i);
HAL_Delay(5);
}
}
// Init the library
void out_saitek_t::init(void)
{
debug_out(debug, "out_saitek: searching for a supported Saitek joystick");
bool found = search();
if (found) { // if a joystick was found, attach to it
a_attached = attach();
if (a_attached) {
debug_out(debug, "out_saitek: setting initial brightness and welcome message");
set_display_brightness(0x7F);
set_led_brightness(0x7F);
print(ONLINE_MSG);
}
}
}
// Detach from the device
bool out_saitek_t::detach(void)
{
if (!a_attached)return false;
debug_out(info, "out_saitek: detaching joystick connection");
print(OFFLINE_MSG);
set_time(true, 0, 0);
set_date(0, 0, 0);
set_display_brightness(0x00);
set_led_brightness(0x00);
#if IBM || LIN // libusb v0.1
int res = usb_close(a_usbhdl);
if (res < 0) debug_out(err,"out_saitek: error while detaching the joystick: %s",usb_error(res));
#else // libusb v1.0
libusb_close(a_joydev);
libusb_exit(NULL);
#endif
debug_out(info,"out_saitek: joystick disconnected cleanly");
return true;
}
int main(int argc, char **argv) {
struct ir_command command;
struct ir_command timeoutCommand;
int c;
int led_brightness = 1;
while ((c = getopt (argc, argv, "mBi:b:s:H:hd")) != -1)
switch (c) {
case 'm':
multi_mode = 1; break;
case 'i':
idle_mode = atol(optarg); break;
case 'b':
button_mode = atol(optarg); break;
case 's':
special_mode = atol(optarg); break;
case 'H':
hold_mode = atol(optarg); break;
case 'd':
debug = 1; break;
case 'h':
usage(argc,argv); exit(0); break;
case 'B':
led_brightness = 0; break;
case '?':
switch(optopt) {
case 'i': case 'b': case 's': case 'H':
fprintf (stderr, "Option -%c requires an argument.\n", optopt);
break;
default:
if (isprint (optopt))
fprintf (stderr, "Unknown option `-%c'.\n", optopt);
else
fprintf (stderr,
"Unknown option character `\\x%x'.\n",
optopt);
}
return 1;
default:
abort();
}
set_led_brightness(led_brightness);
memset(&timeoutCommand, 0, sizeof(timeoutCommand));
if(debug) printf("Creating socket...\n");
sockfd = socket(AF_INET, SOCK_DGRAM, 0);
if (sockfd < 0)
{
printf("Error creating socket\n");
return -1;
}
if(debug) printf("Preparing button map...\n");
button_map[EVENT_UP] = new CPacketBUTTON(EVENT_UP, "JS0:AppleRemote", BTN_DOWN);
button_map[EVENT_DOWN] = new CPacketBUTTON(EVENT_DOWN, "JS0:AppleRemote", BTN_DOWN);
button_map[EVENT_LEFT] = new CPacketBUTTON(EVENT_LEFT, "JS0:AppleRemote", BTN_DOWN);
button_map[EVENT_RIGHT] = new CPacketBUTTON(EVENT_RIGHT, "JS0:AppleRemote", BTN_DOWN);
button_map[EVENT_PLAY] = new CPacketBUTTON(EVENT_PLAY, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_MENU] = new CPacketBUTTON(EVENT_MENU, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_HOLD_PLAY] = new CPacketBUTTON(EVENT_HOLD_PLAY, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_HOLD_MENU] = new CPacketBUTTON(EVENT_HOLD_MENU, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_UP | EVENT_RELEASE ] = new CPacketBUTTON(EVENT_UP, "JS0:AppleRemote", BTN_UP);
button_map[EVENT_DOWN | EVENT_RELEASE ] = new CPacketBUTTON(EVENT_DOWN, "JS0:AppleRemote", BTN_UP);
button_map[EVENT_LEFT | EVENT_RELEASE ] = new CPacketBUTTON(EVENT_LEFT, "JS0:AppleRemote", BTN_UP);
button_map[EVENT_RIGHT | EVENT_RELEASE ] = new CPacketBUTTON(EVENT_RIGHT, "JS0:AppleRemote", BTN_UP);
button_map[EVENT_EXTRA_PLAY] = new CPacketBUTTON(EVENT_EXTRA_PLAY, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_PAUSE] = new CPacketBUTTON(EVENT_EXTRA_PAUSE, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_STOP] = new CPacketBUTTON(EVENT_EXTRA_STOP, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_REPLAY] = new CPacketBUTTON(EVENT_EXTRA_REPLAY, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_SKIP] = new CPacketBUTTON(EVENT_EXTRA_SKIP, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_REWIND] = new CPacketBUTTON(EVENT_EXTRA_REWIND, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_FORWARD] = new CPacketBUTTON(EVENT_EXTRA_FORWARD, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_PAGEUP] = new CPacketBUTTON(EVENT_EXTRA_PAGEUP, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
button_map[EVENT_EXTRA_PAGEDOWN] = new CPacketBUTTON(EVENT_EXTRA_PAGEDOWN, "JS0:AppleRemote", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_UP] = new CPacketBUTTON(EVENT_HARMONY_UP, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_UP | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_UP, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_DOWN] = new CPacketBUTTON(EVENT_HARMONY_DOWN, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_DOWN | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_DOWN, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_LEFT] = new CPacketBUTTON(EVENT_HARMONY_LEFT, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_LEFT | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_LEFT, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_RIGHT] = new CPacketBUTTON(EVENT_HARMONY_RIGHT, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_RIGHT | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_RIGHT, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_OK] = new CPacketBUTTON(EVENT_HARMONY_OK, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_MENU] = new CPacketBUTTON(EVENT_HARMONY_MENU, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_HOLD_OK] = new CPacketBUTTON(EVENT_HARMONY_HOLD_OK, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_HOLD_MENU] = new CPacketBUTTON(EVENT_HARMONY_HOLD_MENU, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_PLAY] = new CPacketBUTTON(EVENT_HARMONY_PLAY, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_STOP] = new CPacketBUTTON(EVENT_HARMONY_STOP, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_PAUSE] = new CPacketBUTTON(EVENT_HARMONY_PAUSE, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_REPLAY] = new CPacketBUTTON(EVENT_HARMONY_REPLAY, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_SKIP] = new CPacketBUTTON(EVENT_HARMONY_SKIP, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_REWIND] = new CPacketBUTTON(EVENT_HARMONY_REWIND, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_REWIND | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_REWIND, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_FORWARD] = new CPacketBUTTON(EVENT_HARMONY_FORWARD, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_FORWARD | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_FORWARD, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_RECORD] = new CPacketBUTTON(EVENT_HARMONY_RECORD, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_PREV] = new CPacketBUTTON(EVENT_HARMONY_PREV, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_GUIDE] = new CPacketBUTTON(EVENT_HARMONY_GUIDE, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_INFO] = new CPacketBUTTON(EVENT_HARMONY_INFO, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_EXIT] = new CPacketBUTTON(EVENT_HARMONY_EXIT, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_VOLUP] = new CPacketBUTTON(EVENT_HARMONY_VOLUP, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_VOLUP | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_VOLUP, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_VOLDOWN] = new CPacketBUTTON(EVENT_HARMONY_VOLDOWN, "JS0:Harmony", BTN_DOWN);
multi_map[EVENT_HARMONY_VOLDOWN | EVENT_RELEASE] = new CPacketBUTTON(EVENT_HARMONY_VOLDOWN, "JS0:Harmony", BTN_UP);
multi_map[EVENT_HARMONY_1] = new CPacketBUTTON(EVENT_HARMONY_1, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_2] = new CPacketBUTTON(EVENT_HARMONY_2, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_3] = new CPacketBUTTON(EVENT_HARMONY_3, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_4] = new CPacketBUTTON(EVENT_HARMONY_4, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_5] = new CPacketBUTTON(EVENT_HARMONY_5, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_6] = new CPacketBUTTON(EVENT_HARMONY_6, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_7] = new CPacketBUTTON(EVENT_HARMONY_7, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_8] = new CPacketBUTTON(EVENT_HARMONY_8, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_9] = new CPacketBUTTON(EVENT_HARMONY_9, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_0] = new CPacketBUTTON(EVENT_HARMONY_0, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_CLEAR] = new CPacketBUTTON(EVENT_HARMONY_CLEAR, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_ENTER] = new CPacketBUTTON(EVENT_HARMONY_ENTER, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_MUTE] = new CPacketBUTTON(EVENT_HARMONY_MUTE, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_ASPECT] = new CPacketBUTTON(EVENT_HARMONY_ASPECT, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F1] = new CPacketBUTTON(EVENT_HARMONY_F1, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F2] = new CPacketBUTTON(EVENT_HARMONY_F2, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F3] = new CPacketBUTTON(EVENT_HARMONY_F3, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F4] = new CPacketBUTTON(EVENT_HARMONY_F4, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F5] = new CPacketBUTTON(EVENT_HARMONY_F5, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F6] = new CPacketBUTTON(EVENT_HARMONY_F6, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F7] = new CPacketBUTTON(EVENT_HARMONY_F7, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F8] = new CPacketBUTTON(EVENT_HARMONY_F8, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F9] = new CPacketBUTTON(EVENT_HARMONY_F9, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F10] = new CPacketBUTTON(EVENT_HARMONY_F10, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F11] = new CPacketBUTTON(EVENT_HARMONY_F11, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F12] = new CPacketBUTTON(EVENT_HARMONY_F12, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F13] = new CPacketBUTTON(EVENT_HARMONY_F13, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_F14] = new CPacketBUTTON(EVENT_HARMONY_F14, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_CHANUP] = new CPacketBUTTON(EVENT_HARMONY_CHANUP, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_CHANDOWN] = new CPacketBUTTON(EVENT_HARMONY_CHANDOWN, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_LRGDOWN] = new CPacketBUTTON(EVENT_HARMONY_LRGDOWN, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_LRGUP] = new CPacketBUTTON(EVENT_HARMONY_LRGUP, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_PWRTOGGLE] = new CPacketBUTTON(EVENT_HARMONY_PWRTOGGLE, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_QUEUE] = new CPacketBUTTON(EVENT_HARMONY_QUEUE, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_SLEEP] = new CPacketBUTTON(EVENT_HARMONY_SLEEP, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_RED] = new CPacketBUTTON(EVENT_HARMONY_RED, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_GREEN] = new CPacketBUTTON(EVENT_HARMONY_GREEN, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_YELLOW] = new CPacketBUTTON(EVENT_HARMONY_YELLOW, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
multi_map[EVENT_HARMONY_BLUE] = new CPacketBUTTON(EVENT_HARMONY_BLUE, "JS0:Harmony", BTN_DOWN | BTN_NO_REPEAT | BTN_QUEUE);
pairedRemoteId = readPairedAddressId();
if(debug) printf("Paired to: %x\n", pairedRemoteId);
if(debug) printf("Ready!\n");
set_led(LEDMODE_WHITE);
int keydown = 0;
set_led(idle_mode);
while(1){
int result = usb_interrupt_read(get_ir(), 0x82, (char*) &command, sizeof(command), keydown ? BUTTON_TIMEOUT : 0);
if(result > 0) {
// we have an IR code!
unsigned long start = millis();
if(debug) dumphex((unsigned char*) &command, result);
if(command.flags == 0x26) {
// set
command.event = 0xee;
}
switch(command.event) {
case 0xee:
case 0xe5:
if(pairedRemoteId == 0 || command.address == pairedRemoteId || (is_multi_candidate(command))) {
set_led(button_mode);
handle_button(command);
}
break;
case 0xe0:
set_led(special_mode);
handle_special(command);
break;
default:
if(debug) printf("Unknown event %x\n", command.event);
}
keydown = 1;
} else if(result == -110) {
// timeout, reset led
keydown = 0;
set_led(idle_mode);
handle_button(timeoutCommand);
handle_special(timeoutCommand);
} else {
// something else
keydown = 0;
if(debug) printf("Got nuffing: %d\n", result);
}
}
reattach();
}
bool process_menu(void)
{
start_led_sequence(led_seq_menu_begin);
// print the main menu
uint8_t keycode;
char* pEnd;
const uint8_t BUFF_SIZE = 64;
char string_buff[BUFF_SIZE];
for (;;)
{
// welcome & version
if (!send_text(PSTR("\x01" // translates to Ctrl-A on the dongle
"7G wireless\n"
"firmware build " __DATE__ " " __TIME__ "\n"
"battery voltage: "), true, false))
return true;
get_battery_voltage_str(string_buff);
if (!send_text(string_buff, false, false)) return true;
// RF stats
if (!send_text(PSTR("\nRF packet stats (total/retransmit/lost): "), true, false)) return true;
ultoa(rf_packets_total, string_buff, 10);
pEnd = strchr(string_buff, '\0');
*pEnd++ = '/';
ultoa(arc_total, pEnd, 10);
pEnd = strchr(string_buff, '\0');
*pEnd++ = '/';
ultoa(plos_total, pEnd, 10);
if (!send_text(string_buff, false, false)) return true;
// output the time since reset
uint16_t days;
uint8_t hours, minutes, seconds;
get_time(&days, &hours, &minutes, &seconds);
if (!send_text(PSTR("\nkeyboard's been on for "), true, false)) return true;
string_buff[0] = '\0';
if (days > 0)
{
itoa(days, string_buff, 10);
strcat_P(string_buff, PSTR(" days "));
}
if (hours > 0 || days > 0)
{
itoa(hours, strchr(string_buff, 0), 10);
pEnd = strlcat_P(string_buff, PSTR(" hours "), BUFF_SIZE) + string_buff;
} else {
pEnd = strchr(string_buff, 0);
}
itoa(minutes, pEnd, 10);
pEnd = strlcat_P(string_buff, PSTR(" minutes "), BUFF_SIZE) + string_buff;
itoa(seconds, pEnd, 10);
strcat_P(string_buff, PSTR(" seconds\n"));
if (!send_text(string_buff, false, true)) return true;
// menu
if (!send_text(PSTR("\n\nwhat do you want to do?\n"
"F1 - change transmitter output power (current "), true, false)) return true;
switch (get_nrf_output_power())
{
case vRF_PWR_M18DBM: send_text(PSTR("-18"), true, false); break;
case vRF_PWR_M12DBM: send_text(PSTR("-12"), true, false); break;
case vRF_PWR_M6DBM: send_text(PSTR("-6"), true, false); break;
case vRF_PWR_0DBM: send_text(PSTR("0"), true, false); break;
}
if (!send_text(PSTR("dBm)\nF2 - change LED brightness (current "), true, false)) return true;
uint8_t fcnt;
for (fcnt = 0; fcnt < sizeof led_brightness_lookup; ++fcnt)
{
if (led_brightness_lookup[fcnt] == get_led_brightness())
{
string_buff[0] = 'F';
itoa(fcnt + 1, string_buff + 1, 10);
break;
}
}
// no match found in the loop?
if (fcnt == sizeof led_brightness_lookup)
itoa(get_led_brightness(), string_buff, 10);
if (!send_text(string_buff, false, false))
return true;
if (!send_text(PSTR(")\nF3 - lock keyboard (unlock with Func+Del+LCtrl)\n"
"F4 - reset RF packet stats\n"
"F5 - refresh this menu\n"
"F6 - calibrate internal RC oscillator (OSCCAL="), true, false))
return true;
// output OSCCAL
itoa(OSCCAL, string_buff, 10);
if (!send_text(string_buff, false, false))
return true;
if (!send_text(PSTR(")\nEsc - exit menu\n\n"), true, false))
return true;
// get the user response
do {
keycode = get_key_input();
} while (!(keycode >= KC_F1 && keycode <= KC_F6) && keycode != KC_ESC);
if (keycode == KC_F1)
{
if (!send_text(PSTR("select power:\nF1 0dBm\nF2 -6dBm\nF3 -12dBm\nF4 -18dBm\n"), true, false))
return true;
while (1)
{
keycode = get_key_input();
if (keycode >= KC_F1 && keycode <= KC_F4)
{
if (keycode == KC_F1) set_nrf_output_power(vRF_PWR_0DBM);
if (keycode == KC_F2) set_nrf_output_power(vRF_PWR_M6DBM);
if (keycode == KC_F3) set_nrf_output_power(vRF_PWR_M12DBM);
if (keycode == KC_F4) set_nrf_output_power(vRF_PWR_M18DBM);
break;
}
}
} else if (keycode == KC_F2) {
if (!send_text(PSTR("press F1 (dimmest) to F12 (brightest) for brightness, Esc to finish\n"), true, false))
return true;
do {
keycode = get_key_input();
if (keycode >= KC_F1 && keycode <= KC_F12)
{
set_led_brightness(led_brightness_lookup[keycode - KC_F1]);
set_leds(7, 50);
}
} while (keycode != KC_ESC);
} else if (keycode == KC_F3) {
send_text(PSTR("Keyboard is now LOCKED!!!\nPress Func+Del+LCtrl to unlock\n\n"), true, false);
return true;
} else if (keycode == KC_F4) {
// reset the counters to 0
plos_total = arc_total = rf_packets_total = 0;
} else if (keycode == KC_F6) {
// recalibrate the internnal RC oscillator
calibrate_rc();
} else if (keycode == KC_ESC) {
start_led_sequence(led_seq_menu_end);
send_text(PSTR("\nexiting menu, you can type now\n"), true, true);
break;
}
}
return false;
}
int main(int argc, char **argv)
{
static const struct option options[] = {
{ "help", no_argument, 0, 'h' },
{ "version", no_argument, 0, 'v' },
{ "reattach", no_argument, 0, 'r' },
{ "fan-off", no_argument, 0, 'f' },
{ "fan-on", no_argument, 0, 'F' },
{ "brightness-low", no_argument, 0, 'b' },
{ "brightness-high", no_argument, 0, 'B' },
{ "led", required_argument, 0, 'l' },
{ 0, 0, 0, 0 }
};
int c;
if (argc == 1)
usage();
else do {
c = getopt_long(argc, argv, "hvrfFbBl:", options, 0);
switch (c) {
case 'v':
printf("atvtool version " VERSION ", (C) 2008 "
"Peter Korsgaard <*****@*****.**>\n");
exit(0);
break;
case 'r':
reattach();
break;
case 'f':
case 'F':
set_fan(c == 'F');
break;
case 'b':
case 'B':
set_led_brightness(c == 'B');
break;
case 'l':
{
int val;
char *endp;
val = strtol(optarg, &endp, 0);
if ((*endp) || (val > LEDMODE_MAX) || (val < 0)) {
fprintf(stderr,
"invalid led mode '%s'\n", optarg);
usage();
exit(1);
}
set_led(val);
}
break;
case -1:
break;
default:
usage();
break;
}
} while (c != -1);
return 0;
}
