void eRCDeviceDreambox2::handleCode(int rccode)
{
/*eDebug("eRCDeviceDreambox2::handleCode rccode=%d 0x%x", rccode, rccode);*/
if (rccode == 0x00FF) /* break code */
{
timeout.stop();
repeattimer.stop();
timeOut();
return;
}
timeout.start(1500, 1);
int old = ccode;
ccode = rccode;
if ((old != -1) && (((old & 0x7FFF) != (rccode & 0x7FFF)) || !(rccode & 0x8000)))
{
repeattimer.stop();
/*emit*/ input->keyPressed(eRCKey(this, getKeyCode(old&0x7FFF), eRCKey::flagBreak));
}
if ((old^rccode)&0x7FFF)
{
input->keyPressed(eRCKey(this, getKeyCode(rccode&0x7FFF), 0));
}
else if (rccode&0x8000 && !repeattimer.isActive())
{
repeattimer.start(getRepeatDelay(), 1);
}
}
void eRCDeviceDreamboxButton::handleCode(int code)
{
code = (~code) & 0x7;
int l = last;
last = code;
for (int i = 0; i < 4; i++)
{
if ((l & ~code) & (1 << i))
{
/*emit*/ input->keyPressed(eRCKey(this, getKeyCode(i), eRCKey::flagBreak));
}
else if ((~l & code) & (1 << i))
{
/*emit*/ input->keyPressed(eRCKey(this, getKeyCode(i), 0));
}
}
if (code)
{
repeattimer.start(getRepeatDelay(), 1);
}
else
{
repeattimer.stop();
}
}
void eLircInputDevice::handleCode(long arg)
{
const lircEvent* event = (const lircEvent*)arg;
int code, flags;
if (event->repeat == true) {
flags = eRCKey::flagRepeat;
} else if (event->release == true) {
flags = eRCKey::flagBreak;
} else {
flags = eRCKey::flagMake;
}
code = translateKey(event->name);
eDebug("LIRC name=%s code=%d flags=%d", event->name, code, flags);
input->keyPressed(eRCKey(this, code, flags));
if (flags == eRCKey::flagMake) {
flags = eRCKey::flagBreak;
eDebug("LIRC name=%s code=%d flags=%d", event->name, code, flags);
input->keyPressed(eRCKey(this, code, flags));
flags = eRCKey::flagMake;
}
}
void eRCDeviceDreambox2::repeat()
{
if (ccode != -1)
{
input->keyPressed(eRCKey(this, getKeyCode(ccode&0x7FFF), eRCKey::flagRepeat));
}
repeattimer.start(getRepeatRate(), 1);
}
void eRCDeviceDreambox2::timeOut()
{
int oldcc = ccode;
ccode = -1;
repeattimer.stop();
if (oldcc != -1)
{
input->keyPressed(eRCKey(this, getKeyCode(oldcc&0x7FFF), eRCKey::flagBreak));
}
}
void eSDLInputDevice::handleCode(long arg)
{
const SDL_KeyboardEvent *event = (const SDL_KeyboardEvent *)arg;
const SDL_keysym *key = &event->keysym;
int km = input->getKeyboardMode();
int code, flags;
if (event->type == SDL_KEYDOWN) {
m_unicode = key->unicode;
flags = eRCKey::flagMake;
} else {
flags = eRCKey::flagBreak;
}
if (km == eRCInput::kmNone) {
code = translateKey(key->sym);
} else {
eDebug("unicode=%04x scancode=%02x", m_unicode, key->scancode);
if (m_unicode & 0xff80) {
eDebug("SDL: skipping unicode character");
return;
}
code = m_unicode & ~0xff80;
// unicode not set...!? use key symbol
if (code == 0) {
// keysym is ascii
if (key->sym >= 128) {
eDebug("SDL: cannot emulate ASCII");
return;
}
eDebug("SDL: emulate ASCII");
code = key->sym;
}
if (km == eRCInput::kmAscii) {
// skip ESC c or ESC '[' c
if (m_escape) {
if (code != '[')
m_escape = false;
return;
}
if (code == SDLK_ESCAPE)
m_escape = true;
if ((code < SDLK_SPACE) ||
(code == 0x7e) || // really?
(code == SDLK_DELETE))
return;
}
flags |= eRCKey::flagAscii;
}
eDebug("SDL code=%d flags=%d", code, flags);
input->keyPressed(eRCKey(this, code, flags));
}
void eRCDeviceDreamboxButton::repeat()
{
for (int i = 0; i < 4; i++)
{
if (last & (1<<i))
{
/*emit*/ input->keyPressed(eRCKey(this, getKeyCode(i), eRCKey::flagRepeat));
}
}
repeattimer.start(getRepeatRate(), 1);
}
void eRCDeviceInputDev::handleCode(long rccode)
{
struct input_event *ev = (struct input_event *)rccode;
if (ev->type != EV_KEY)
return;
eDebug("%x %x %x", ev->value, ev->code, ev->type);
int km = iskeyboard ? input->getKeyboardMode() : eRCInput::kmNone;
switch (ev->code)
{
case KEY_LEFTSHIFT:
case KEY_RIGHTSHIFT:
shiftState = ev->value;
break;
case KEY_CAPSLOCK:
if (ev->value == 1)
capsState = !capsState;
break;
}
if (km == eRCInput::kmAll)
return;
if (km == eRCInput::kmAscii)
{
bool ignore = false;
bool ascii = (ev->code > 0 && ev->code < 61);
switch (ev->code)
{
case KEY_LEFTCTRL:
case KEY_RIGHTCTRL:
case KEY_LEFTSHIFT:
case KEY_RIGHTSHIFT:
case KEY_LEFTALT:
case KEY_RIGHTALT:
case KEY_CAPSLOCK:
ignore = true;
break;
case KEY_RESERVED:
case KEY_ESC:
case KEY_TAB:
case KEY_BACKSPACE:
case KEY_ENTER:
case KEY_INSERT:
case KEY_DELETE:
case KEY_MUTE:
ascii = false;
default:
break;
}
if (ignore)
return;
if (ascii)
{
if (ev->value)
{
if (consoleFd >= 0)
{
struct kbentry ke;
/* off course caps is not the same as shift, but this will have to do for now */
ke.kb_table = (shiftState || capsState) ? K_SHIFTTAB : K_NORMTAB;
ke.kb_index = ev->code;
::ioctl(consoleFd, KDGKBENT, &ke);
if (ke.kb_value)
input->keyPressed(eRCKey(this, ke.kb_value & 0xff, eRCKey::flagAscii)); /* emit */
}
}
return;
}
}
#if KEY_TEXT_TO_KEY_AUDIO
if (ev->code == KEY_AUDIO)
{
/* AZBOX rc has a KEY aux key, which sends KEY_TEXT events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_TEXT;
}
else if (ev->code == KEY_AUDIO)
{
/* AZBOX rc has a KEY Check key, which sends KEY_AUDIO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_TEXT;
}
#endif
#if KEY_PLAY_ACTUALLY_IS_KEY_PLAYPAUSE
if (ev->code == KEY_PLAY)
{
if (id == "dreambox advanced remote control (native)")
{
/* 8k rc has a KEY_PLAYPAUSE key, which sends KEY_PLAY events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PLAYPAUSE;
}
}
#endif
switch (ev->value)
{
case 0:
input->keyPressed(eRCKey(this, ev->code, eRCKey::flagBreak)); /*emit*/
break;
case 1:
input->keyPressed(eRCKey(this, ev->code, 0)); /*emit*/
break;
case 2:
input->keyPressed(eRCKey(this, ev->code, eRCKey::flagRepeat)); /*emit*/
break;
}
}
void eRCDeviceInputDev::handleCode(long rccode)
{
struct input_event *ev = (struct input_event *)rccode;
if (ev->type!=EV_KEY)
return;
#ifdef VUPLUS_USE_RCKBD
//eDebug("value : %d, code : %d, type : %d, type : %s", ev->value, ev->code, ev->type, getType(ev->code)?"ASCII":"RC");
if(getType(ev->code) || special_key_mode)
{
switch(ev->value)
{
case 0:
if(ev->code == KEY_RALT || ev->code == KEY_LSHIFT || ev->code == KEY_LALT)
{
special_key_mode = 0;
g_ConsoleDevice->handleCode(0);
}
break;
case 1:
if(ev->code == KEY_RALT || ev->code == KEY_LSHIFT || ev->code == KEY_LALT)
special_key_mode = 1;
g_ConsoleDevice->handleCode(ev->code);
break;
case 2: break;
}
return;
}
#endif /*VUPLUS_USE_RCKBD*/
// eDebug("%x %x %x", ev->value, ev->code, ev->type);
int km = iskeyboard ? input->getKeyboardMode() : eRCInput::kmNone;
// eDebug("keyboard mode %d", km);
if (km == eRCInput::kmAll)
return;
if (km == eRCInput::kmAscii)
{
// eDebug("filtering.. %d", ev->code);
bool filtered = ( ev->code > 0 && ev->code < 61 );
switch (ev->code)
{
case KEY_RESERVED:
case KEY_ESC:
case KEY_TAB:
case KEY_BACKSPACE:
case KEY_ENTER:
case KEY_LEFTCTRL:
case KEY_RIGHTSHIFT:
case KEY_LEFTALT:
case KEY_CAPSLOCK:
case KEY_INSERT:
case KEY_DELETE:
case KEY_MUTE:
filtered=false;
default:
break;
}
if (filtered)
return;
// eDebug("passed!");
}
switch (ev->value)
{
case 0:
/*emit*/ input->keyPressed(eRCKey(this, ev->code, eRCKey::flagBreak));
break;
case 1:
/*emit*/ input->keyPressed(eRCKey(this, ev->code, 0));
break;
case 2:
/*emit*/ input->keyPressed(eRCKey(this, ev->code, eRCKey::flagRepeat));
break;
}
}
void eRCConsole::handleCode(long code)
{
input->keyPressed(eRCKey(this, code, eRCKey::flagAscii));
}
void eRCDeviceInputDev::handleCode(long rccode)
{
struct input_event *ev = (struct input_event *)rccode;
if (ev->type != EV_KEY)
return;
eDebug("%x %x %x", ev->value, ev->code, ev->type);
int km = iskeyboard ? input->getKeyboardMode() : eRCInput::kmNone;
switch (ev->code)
{
case KEY_LEFTSHIFT:
case KEY_RIGHTSHIFT:
shiftState = ev->value;
break;
case KEY_CAPSLOCK:
if (ev->value == 1)
capsState = !capsState;
break;
}
if (km == eRCInput::kmAll)
return;
if (km == eRCInput::kmAscii)
{
bool ignore = false;
bool ascii = (ev->code > 0 && ev->code < 61);
switch (ev->code)
{
case KEY_LEFTCTRL:
case KEY_RIGHTCTRL:
case KEY_LEFTSHIFT:
case KEY_RIGHTSHIFT:
case KEY_LEFTALT:
case KEY_RIGHTALT:
case KEY_CAPSLOCK:
ignore = true;
break;
case KEY_RESERVED:
case KEY_ESC:
case KEY_TAB:
case KEY_BACKSPACE:
case KEY_ENTER:
case KEY_INSERT:
case KEY_DELETE:
case KEY_MUTE:
ascii = false;
default:
break;
}
if (ignore)
return;
if (ascii)
{
if (ev->value)
{
if (consoleFd >= 0)
{
struct kbentry ke;
/* off course caps is not the same as shift, but this will have to do for now */
ke.kb_table = (shiftState || capsState) ? K_SHIFTTAB : K_NORMTAB;
ke.kb_index = ev->code;
::ioctl(consoleFd, KDGKBENT, &ke);
if (ke.kb_value)
input->keyPressed(eRCKey(this, ke.kb_value & 0xff, eRCKey::flagAscii)); /* emit */
}
}
return;
}
}
#if KEY_VIDEO_TO_KEY_EPG
if (ev->code == KEY_VIDEO)
{
/* AZBOX rc has a KEY_EPG key, which sends KEY_VIDEO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_EPG;
}
#endif
#if KEY_VIDEO_TO_KEY_SUBTITLE
if (ev->code == KEY_VIDEO)
{
/* AZBOX rc has a KEY_SUBTITLE key, which sends KEY_VIDEO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_SUBTITLE;
}
#endif
#if KEY_TV_TO_KEY_STOP
if (ev->code == KEY_TV)
{
/* AZBOX rc has a KEY_STOP key, which sends KEY_TV events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_STOP;
}
#endif
#if KEY_RADIO_TO_KEY_RECORD
if (ev->code == KEY_RADIO)
{
/* AZBOX rc has a KEY_RECORD key, which sends KEY_RADIO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_RECORD;
}
#endif
#if KEY_HOME_TO_KEY_OPEN
if (ev->code == KEY_HOME)
{
/* AZBOX rc has no radio/tv/pvr key, we use KEY_HOME which sends KEY_OPEN events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_OPEN;
}
#endif
#if KEY_TV_TO_KEY_VIDEO
if (ev->code == KEY_TV)
{
/* Venton HD1 rc has a no KEY_VIDEO key, which sends KEY_TV events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_VIDEO;
}
#endif
#if KEY_BOOKMARKS_TO_KEY_DIRECTORY
if (ev->code == KEY_BOOKMARKS)
{
/* Venton ini2 remote has a KEY_BOOKMARKS key we need KEY_DIRECTORY. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_DIRECTORY;
}
#endif
#if KEY_MEDIA_TO_KEY_BOOKMARKS
if (ev->code == KEY_MEDIA)
{
/* Venton ini2 remote has a KEY_MEDIA key we need KEY_Bookmark. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_BOOKMARKS;
}
#endif
#if KEY_SEARCH_TO_KEY_WWW
if (ev->code == KEY_SEARCH)
{
/* Venton rc has a a Key WWW and send KEY_SEARCH. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_WWW;
}
#endif
#if KEY_POWER2_TO_KEY_WWW
if (ev->code == KEY_POWER2)
{
/* Venton rc has a a Key WWW and send KEY_POWER2. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_WWW;
}
#endif
#if KEY_DIRECTORY_TO_KEY_FILE
if (ev->code == KEY_DIRECTORY)
{
/* Venton rc has a a KEY_DIRECTORY and send KEY_FILE. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_FILE;
}
#endif
#if KEY_OPTION_TO_KEY_PC
if (ev->code == KEY_OPTION)
{
/* Venton rc has a a Key LAN and send KEY_OPTION. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PC;
}
#endif
#if KEY_VIDEO_TO_KEY_MODE
if (ev->code == KEY_VIDEO)
{
/* Venton rc has a a Key Format and send KEY_Video. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_MODE;
}
#endif
#if KEY_GUIDE_TO_KEY_EPG
if (ev->code == KEY_HELP)
{
/* GB800 rc has a KEY_GUIDE key, which sends KEY_HELP events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_EPG;
}
#endif
#if KEY_PLAY_ACTUALLY_IS_KEY_PLAYPAUSE
if (ev->code == KEY_PLAY)
{
if ((id == "dreambox advanced remote control (native)") || (id == "bcm7325 remote control"))
{
/* 8k rc has a KEY_PLAYPAUSE key, which sends KEY_PLAY events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PLAYPAUSE;
}
}
#endif
#if KEY_F1_TO_KEY_PC
if (ev->code == KEY_F1)
{
/* Technomate , which sends KEY_F1 events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PC;
}
#endif
#if KEY_F5_TO_KEY_ANGLE
if (ev->code == KEY_F5)
{
/* Technomate , which sends KEY_F5 events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_ANGLE;
}
#endif
#if KEY_DOT_TO_KEY_HOMEPAGE
if (ev->code == KEY_DOT)
{
/* Technomate , which sends KEY_DOT events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_HOMEPAGE;
}
#endif
#if KEY_SCREEN_TO_KEY_ANGLE
if (ev->code == KEY_SCREEN)
{
/* MixOs , which sends KEY_SCREEN events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_ANGLE;
}
#endif
#if KEY_ZOOM_TO_KEY_SCREEN
if (ev->code == KEY_ZOOM)
{
/* Venton rc has a a Key LAN and send KEY_OPTION. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_SCREEN;
}
#endif
#if KEY_TIME_TO_KEY_SLEEP
if (ev->code == KEY_SLEEP)
{
/* MixOs , which sends KEY_SLEEP events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PROGRAM;
}
#endif
#if KEY_LIST_TO_KEY_PVR
if (ev->code == KEY_LIST)
{
/* HDx , which sends KEY_LIST events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PVR;
}
#endif
#if KEY_INFO_TO_KEY_EPG
/* INFO to EPG Toggle , which sends KEY_INFO events. Correct this, so we do not have to place hacks in the keymaps. */
if (ev->code == KEY_INFO)
{
if (ev->value == 0)
{
ev->code = KEY_EPG;
}
else
{
ev->code = KEY_INFO;
ev->value == 0;
}
}
#endif
#if KEY_EPG_TO_KEY_INFO
/* EPG to INFO Toggle , which sends KEY_EPG events. Correct this, so we do not have to place hacks in the keymaps. */
if (ev->code == KEY_EPG)
{
if (ev->value == 0)
{
ev->code = KEY_EPG;
}
else
{
ev->code = KEY_INFO;
ev->value == 0;
}
}
#endif
switch (ev->value)
{
case 0:
input->keyPressed(eRCKey(this, ev->code, eRCKey::flagBreak)); /*emit*/
break;
case 1:
input->keyPressed(eRCKey(this, ev->code, 0)); /*emit*/
break;
case 2:
input->keyPressed(eRCKey(this, ev->code, eRCKey::flagRepeat)); /*emit*/
break;
}
}
void eRCDeviceInputDev::handleCode(long rccode)
{
struct input_event *ev = (struct input_event *)rccode;
#if WETEKRC
/*
eDebug("==> BEFORE check for evtype: %x %x %x", ev->value, ev->code, ev->type);
eDebug("==> BEFORE check for evtype:-->BackspaceFLAG %d", bflag);
*/
if (ev->code == KEY_BACKSPACE && ev->value == 1 ) {
bflag = !bflag;
}
/*
eDebug("==> BEFORE check for evtype after check for evvalue:-->BackspaceFLAG %d", bflag);
*/
#endif
if (ev->type != EV_KEY)
return;
eDebug("%x %x %x", ev->value, ev->code, ev->type);
int km = iskeyboard ? input->getKeyboardMode() : eRCInput::kmNone;
switch (ev->code)
{
case KEY_LEFTSHIFT:
case KEY_RIGHTSHIFT:
shiftState = ev->value;
break;
case KEY_CAPSLOCK:
if (ev->value == 1)
capsState = !capsState;
break;
}
if (km == eRCInput::kmAll)
return;
if (km == eRCInput::kmAscii)
{
bool ignore = false;
bool ascii = (ev->code > 0 && ev->code < 61);
switch (ev->code)
{
case KEY_LEFTCTRL:
case KEY_RIGHTCTRL:
case KEY_LEFTSHIFT:
case KEY_RIGHTSHIFT:
case KEY_LEFTALT:
case KEY_RIGHTALT:
case KEY_CAPSLOCK:
ignore = true;
break;
case KEY_RESERVED:
case KEY_ESC:
case KEY_TAB:
case KEY_BACKSPACE:
/*
bflag = !bflag;
eDebug("--> AFTER flip BackspaceFLAG %d", bflag);
*/
case KEY_ENTER:
case KEY_INSERT:
case KEY_DELETE:
case KEY_MUTE:
ascii = false;
default:
break;
}
if (ignore)
return;
if (ascii)
{
if (ev->value)
{
if (consoleFd >= 0)
{
struct kbentry ke;
/* off course caps is not the same as shift, but this will have to do for now */
ke.kb_table = (shiftState || capsState) ? K_SHIFTTAB : K_NORMTAB;
ke.kb_index = ev->code;
::ioctl(consoleFd, KDGKBENT, &ke);
if (ke.kb_value)
input->keyPressed(eRCKey(this, ke.kb_value & 0xff, eRCKey::flagAscii)); /* emit */
}
}
return;
}
}
#if WETEKRC
/*
eDebug("-->BackspaceFLAG %d", bflag);
eDebug("-->before change %x %x %x", ev->value, ev->code, ev->type);
*/
/* default is with NO numerc keys !!!*/
if (bflag) {
if (ev->code == KEY_1) {
ev->code = KEY_RED;
}
if (ev->code == KEY_2) {
ev->code = KEY_GREEN;
}
if (ev->code == KEY_3) {
ev->code = KEY_YELLOW;
}
if (ev->code == KEY_4) {
ev->code = KEY_BLUE;
}
if (ev->code == KEY_5) {
ev->code = KEY_PREVIOUS;
}
if (ev->code == KEY_6) {
ev->code = KEY_NEXT;
}
if (ev->code == KEY_7) {
ev->code = KEY_REWIND;
}
if (ev->code == KEY_8) {
ev->code = KEY_STOP;
}
if (ev->code == KEY_9) {
ev->code = KEY_FASTFORWARD;
}
if (ev->code == KEY_0) {
ev->code = KEY_PLAYPAUSE;
}
}
/*
eDebug("-->BackspaceFLAG %d", bflag);
eDebug("-->after change %x %x %x", ev->value, ev->code, ev->type);
*/
#endif
#if KEY_F7_TO_KEY_MENU
if (ev->code == KEY_F7) {
ev->code = KEY_MENU;
}
#endif
#if KEY_F1_TO_KEY_MEDIA
if (ev->code == KEY_F1) {
ev->code = KEY_MEDIA;
}
#endif
#if KEY_HOME_TO_KEY_INFO
if (ev->code == KEY_HOME) {
ev->code = KEY_INFO;
}
#endif
#if KEY_BACK_TO_KEY_EXIT
if (ev->code == KEY_BACK) {
ev->code = KEY_EXIT;
}
#endif
#if KEY_F2_TO_KEY_EPG
if (ev->code == KEY_F2) {
ev->code = KEY_EPG;
}
#endif
#if KEY_ENTER_TO_KEY_OK
if (ev->code == KEY_ENTER) {
ev->code = KEY_OK;
}
#endif
#if KEY_LAST_TO_KEY_PVR
if (ev->code == KEY_LAST)
{
/* xwidowx Remote rc has a Funktion key, which sends KEY_LAST events but we need a KEY_PVR. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PVR;
}
#endif
#if KEY_LAST_TO_KEY_BACK
if (ev->code == KEY_LAST)
{
/* sf108 Remote rc has a Funktion key, which sends KEY_LAST events but we need a KEY_BACK. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_BACK;
}
#endif
#if KEY_MEDIA_TO_KEY_LIST
if (ev->code == KEY_MEDIA)
{
/* entwodia Remote rc has a Funktion key, which sends KEY_MEDIA events but we need a KEY_LIST. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_LIST;
}
#endif
#if KEY_F1_TO_KEY_F2
if (ev->code == KEY_F1)
{
/* ET7X00 Remote rc has a Funktion key, which sends KEY_F1 events but we need a KEY_F2. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_F2;
}
#endif
#if KEY_INFO_TO_KEY_EPG
if (ev->code == KEY_INFO)
{
/* vu Remote rc has a EPG key, which sends KEY_INFO events but we need a KEY_EPG. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_EPG;
}
#endif
#if KEY_HELP_TO_KEY_INFO
if (ev->code == KEY_HELP)
{
/* vu Remote rc has a HELP key, which sends KEY_HELP events but we need a KEY_INFO. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_INFO;
}
#endif
#if KEY_MODE_TO_KEY_AUDIO
if (ev->code == KEY_MODE)
{
/* ebox Remote rc has a AV key, which sends KEY_MODE events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_AUDIO;
}
#endif
#if KEY_VIDEO_IS_KEY_SCREEN
if (ev->code == KEY_VIDEO)
{
/* Blackbox Remote rc has a KEY_PIP key, which sends KEY_VIDEO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_SCREEN;
}
#endif
#if KEY_ARCHIVE_TO_KEY_DIRECTORY
if (ev->code == KEY_ARCHIVE)
{
/* Blackbox Remote rc has a KEY_PLUGIN key, which sends KEY_ARCHIVE events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_DIRECTORY;
}
#endif
#if KEY_TIME_TO_KEY_SLOW
if (ev->code == KEY_TIME)
{
/* Blackbox Remote rc has a KEY_PLUGIN key, which sends KEY_TIME events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_SLOW;
}
#endif
#if KEY_TEXT_TO_KEY_AUDIO
if (ev->code == KEY_AUDIO)
{
/* AZBOX rc has a KEY aux key, which sends KEY_TEXT events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_TEXT;
}
else if (ev->code == KEY_AUDIO)
{
/* AZBOX rc has a KEY Check key, which sends KEY_AUDIO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_TEXT;
}
#endif
#if KEY_F2_TO_KEY_F6
if (ev->code == KEY_F2)
{
/* Gigablue New Remote rc has a KEY_PIP key, which sends KEY_F2 events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_F6;
}
#endif
#if KEY_F3_TO_KEY_LIST
if (ev->code == KEY_F3)
{
/* Xtrend New Remote rc has a KEY_F3 key, which sends KEY_LIST events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_LIST;
}
#endif
#if KEY_TV_TO_KEY_MODE
if (ev->code == KEY_TV)
{
/* AZBOX rc has a KEY_MODE key, which sends KEY_TV events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_MODE;
}
#endif
#if KEY_VIDEO_TO_KEY_EPG
if (ev->code == KEY_VIDEO)
{
/* AZBOX rc has a KEY_EPG key, which sends KEY_VIDEO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_EPG;
}
#endif
#if KEY_VIDEO_TO_KEY_SUBTITLE
if (ev->code == KEY_VIDEO)
{
/* AZBOX rc has a KEY_SUBTITLE key, which sends KEY_VIDEO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_SUBTITLE;
}
#endif
#if KEY_TV_TO_KEY_STOP
if (ev->code == KEY_TV)
{
/* AZBOX rc has a KEY_STOP key, which sends KEY_TV events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_STOP;
}
#endif
#if KEY_RADIO_TO_KEY_RECORD
if (ev->code == KEY_RADIO)
{
/* AZBOX rc has a KEY_RECORD key, which sends KEY_RADIO events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_RECORD;
}
#endif
#if KEY_HOME_TO_KEY_OPEN
if (ev->code == KEY_HOME)
{
/* AZBOX rc has no radio/tv/pvr key, we use KEY_HOME which sends KEY_OPEN events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_OPEN;
}
#endif
#if KEY_HOME_TO_KEY_HOMEPAGE
if (ev->code == KEY_HOME)
{
/* DAGS map HOME Key to show Mediaportal */
ev->code = KEY_HOMEPAGE;
}
#endif
#if KEY_MEDIA_TO_KEY_KEY_F2
if (ev->code == KEY_MEDIA)
{
/* DAGS map Media to F2 to show MediaCenter */
ev->code = KEY_F2;
}
#endif
#if KEY_TV_TO_KEY_VIDEO
if (ev->code == KEY_TV)
{
/* Venton HD1 rc has a no KEY_VIDEO key, which sends KEY_TV events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_VIDEO;
}
#endif
#if KEY_BOOKMARKS_TO_KEY_DIRECTORY
if (ev->code == KEY_BOOKMARKS)
{
/* Venton ini2 remote has a KEY_BOOKMARKS key we need KEY_DIRECTORY. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_DIRECTORY;
}
#endif
#if KEY_MEDIA_TO_KEY_BOOKMARKS
if (ev->code == KEY_MEDIA)
{
/* Venton ini2 remote has a KEY_MEDIA key we need KEY_Bookmark. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_BOOKMARKS;
}
#endif
#if KEY_MEDIA_TO_KEY_OPEN
if (ev->code == KEY_MEDIA)
{
/* Venton ini2 remote has a KEY_MEDIA key we need KEY_OPEN. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_OPEN;
}
#endif
#if KEY_SEARCH_TO_KEY_WWW
if (ev->code == KEY_SEARCH)
{
/* Venton rc has a a Key WWW and send KEY_SEARCH. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_WWW;
}
#endif
#if KEY_POWER2_TO_KEY_WWW
if (ev->code == KEY_POWER2)
{
/* Venton rc has a a Key WWW and send KEY_POWER2. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_WWW;
}
#endif
#if KEY_DIRECTORY_TO_KEY_FILE
if (ev->code == KEY_DIRECTORY)
{
/* Venton rc has a a KEY_DIRECTORY and send KEY_FILE. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_FILE;
}
#endif
#if KEY_OPTION_TO_KEY_PC
if (ev->code == KEY_OPTION)
{
/* Venton rc has a a Key LAN and send KEY_OPTION. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PC;
}
#endif
#if KEY_VIDEO_TO_KEY_MODE
if (ev->code == KEY_VIDEO)
{
/* Venton rc has a a Key Format and send KEY_Video. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_MODE;
}
#endif
#if KEY_GUIDE_TO_KEY_EPG
if (ev->code == KEY_HELP)
{
/* GB800 rc has a KEY_GUIDE key, which sends KEY_HELP events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_EPG;
}
#endif
#if KEY_SCREEN_TO_KEY_MODE
if (ev->code == KEY_SCREEN)
{
/* GB800 rc has a KEY_ASPECT key, which sends KEY_SCREEN events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_MODE;
}
#endif
#if KEY_PLAY_IS_KEY_PLAYPAUSE
if (ev->code == KEY_PLAY)
{
/* sogno rc has a KEY_PLAYPAUSE key, which sends KEY_PLAY events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PLAYPAUSE;
}
#endif
#if KEY_PLAY_ACTUALLY_IS_KEY_PLAYPAUSE
if (ev->code == KEY_PLAY)
{
if ((id == "dreambox advanced remote control (native)") || (id == "bcm7325 remote control"))
{
/* 8k rc has a KEY_PLAYPAUSE key, which sends KEY_PLAY events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PLAYPAUSE;
}
}
#endif
#if KEY_F1_TO_KEY_PC
if (ev->code == KEY_F1)
{
/* Technomate , which sends KEY_F1 events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PC;
}
#endif
#if KEY_F5_TO_KEY_ANGLE
if (ev->code == KEY_F5)
{
/* Technomate , which sends KEY_F5 events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_ANGLE;
}
#endif
#if KEY_DOT_TO_KEY_HOMEPAGE
if (ev->code == KEY_DOT)
{
/* Technomate , which sends KEY_DOT events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_HOMEPAGE;
}
#endif
#if KEY_SCREEN_TO_KEY_ANGLE
if (ev->code == KEY_SCREEN)
{
/* MixOs , which sends KEY_SCREEN events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_ANGLE;
}
#endif
#if KEY_ZOOM_TO_KEY_SCREEN
if (ev->code == KEY_ZOOM)
{
/* Venton rc has a a Key LAN and send KEY_OPTION. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_SCREEN;
}
#endif
#if KEY_TIME_TO_KEY_SLEEP
if (ev->code == KEY_SLEEP)
{
/* MixOs , which sends KEY_SLEEP events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PROGRAM;
}
#endif
#if KEY_LIST_TO_KEY_PVR
if (ev->code == KEY_LIST)
{
/* HDx , which sends KEY_LIST events. Correct this, so we do not have to place hacks in the keymaps. */
ev->code = KEY_PVR;
}
#endif
switch (ev->value)
{
case 0:
input->keyPressed(eRCKey(this, ev->code, eRCKey::flagBreak)); /*emit*/
break;
case 1:
input->keyPressed(eRCKey(this, ev->code, 0)); /*emit*/
break;
case 2:
input->keyPressed(eRCKey(this, ev->code, eRCKey::flagRepeat)); /*emit*/
break;
}
}
void eRCConsole::handleCode(int code)
{
// eDebug("console code is %d", code);
input->keyPressed(eRCKey(this, code, 0));
}
