/* sets the output format supported by the audio renderer */
void CPCMRemap::SetOutputFormat(unsigned int channels, enum PCMChannels *channelMap, bool ignoreLayout/* = false */)
{
m_outChannels = channels;
m_outSet = channelMap != NULL;
m_ignoreLayout = ignoreLayout;
if (channelMap)
memcpy(m_outMap, channelMap, sizeof(enum PCMChannels) * channels);
DumpMap("O", channels, channelMap);
BuildMap();
}
/* sets the input format, and returns the requested channel layout */
enum PCMChannels *CPCMRemap::SetInputFormat(unsigned int channels, enum PCMChannels *channelMap, unsigned int sampleSize, unsigned int sampleRate)
{
m_inChannels = channels;
m_inSampleSize = sampleSize;
m_sampleRate = (float)sampleRate;
m_inSet = channelMap != NULL;
if (channelMap)
memcpy(m_inMap, channelMap, sizeof(enum PCMChannels) * channels);
/* fix me later */
assert(sampleSize == 2);
/* get the audio layout, and count the channels in it */
if (!m_bAudio2)
m_channelLayout = (enum PCMLayout)g_guiSettings.GetInt("audiooutput.channellayout");
else
m_channelLayout = (enum PCMLayout)g_guiSettings.GetInt("audiooutput2.channellayout");
if (m_channelLayout >= PCM_MAX_LAYOUT) m_channelLayout = PCM_LAYOUT_2_0;
//spdif only has 2 pcm channels, so don't try to use more
if (g_guiSettings.GetInt("audiooutput.mode") == AUDIO_IEC958)
{
CLog::Log(LOGINFO, "CPCMRemap: Configured speaker layout: %s (iec958)\n", PCMLayoutStr(m_channelLayout).c_str());
m_channelLayout = PCM_LAYOUT_2_0;
}
else
CLog::Log(LOGINFO, "CPCMRemap: Configured speaker layout: %s\n", PCMLayoutStr(m_channelLayout).c_str());
DumpMap("I", channels, channelMap);
BuildMap();
/* now remove the empty channels from PCMLayoutMap;
* we don't perform upmixing so we want the minimum amount of those */
if (channelMap) {
if (!m_outSet)
ResolveChannels(); /* Do basic channel resolving to find out the empty channels;
* If m_outSet == true, this was done already by BuildMap() above */
int i = 0;
for (enum PCMChannels *chan = PCMLayoutMap[m_channelLayout]; *chan != PCM_INVALID; ++chan)
if (m_lookupMap[*chan][0].channel != PCM_INVALID) {
/* something is mapped here, so add the channel */
m_layoutMap[i++] = *chan;
}
m_layoutMap[i] = PCM_INVALID;
} else
memcpy(m_layoutMap, PCMLayoutMap[m_channelLayout], sizeof(PCMLayoutMap[m_channelLayout]));
m_attenuation = 1.0;
m_attenuationInc = 1.0;
m_holdCounter = 0;
return m_layoutMap;
}
void EventMapView::DumpEventMap(EEventMap *aEventMap) {
char name[256];
while (aEventMap) {
strcpy(name, aEventMap->Name);
if (aEventMap->Parent) {
strcat(name, ": ");
strcat(name, aEventMap->Parent->Name);
}
AddLine(name);
if (aEventMap->KeyMap)
DumpMap(0, aEventMap->KeyMap);
aEventMap = aEventMap->Parent;
if (aEventMap != 0)
AddLine("");
}
}
void EventMapView::DumpMap(const char *aPrefix, EKeyMap *aKeyMap) {
EKey *Key;
Key = aKeyMap->fKeys;
while (Key) {
if (Key->fKeyMap) {
char Prefix[32] = "";
if (aPrefix) {
strcpy(Prefix, aPrefix);
strcat(Prefix, "_");
}
GetKeyName(Prefix + strlen(Prefix), sizeof(Prefix)-strlen(Prefix), Key->fKey);
DumpMap(Prefix, Key->fKeyMap);
} else {
DumpKey(aPrefix, Key);
}
Key = Key->fNext;
}
}
/* sets the input format, and returns the requested channel layout */
enum PCMChannels *CPCMRemap::SetInputFormat(unsigned int channels, enum PCMChannels *channelMap, unsigned int sampleSize, unsigned int sampleRate, PCMLayout layout)
{
m_inChannels = channels;
m_inSampleSize = sampleSize;
m_sampleRate = sampleRate;
m_inSet = channelMap != NULL;
if (channelMap)
memcpy(m_inMap, channelMap, sizeof(enum PCMChannels) * channels);
/* get the audio layout, and count the channels in it */
m_channelLayout = layout;
if (m_channelLayout >= PCM_MAX_LAYOUT) m_channelLayout = PCM_LAYOUT_2_0;
DumpMap("I", channels, channelMap);
BuildMap();
/* now remove the empty channels from PCMLayoutMap;
* we don't perform upmixing so we want the minimum amount of those */
if (channelMap) {
if (!m_outSet)
ResolveChannels(); /* Do basic channel resolving to find out the empty channels;
* If m_outSet == true, this was done already by BuildMap() above */
int i = 0;
for (enum PCMChannels *chan = PCMLayoutMap[m_channelLayout]; *chan != PCM_INVALID; ++chan)
if (m_lookupMap[*chan][0].channel != PCM_INVALID) {
/* something is mapped here, so add the channel */
m_layoutMap[i++] = *chan;
}
m_layoutMap[i] = PCM_INVALID;
} else
memcpy(m_layoutMap, PCMLayoutMap[m_channelLayout], sizeof(PCMLayoutMap[m_channelLayout]));
m_attenuation = 1.0;
m_attenuationInc = 1.0;
m_holdCounter = 0;
return m_layoutMap;
}
int UserClient::_CmdLOUT( OmniPacket *packet )
{
int errCode = ERROR_OK;
map<string, UserClient*>::iterator iter = mHashMap.find( mUserID );
if( iter == mHashMap.end() )
{
gLog.log("No user info");
}
else
{
mHashMap.erase( iter );
}
DumpMap();
char ret[BUFLEN];
bzero( ret, BUFLEN );
sprintf( ret, "LOUT %lu %d 0\r\n", packet->mTrid, errCode );
WritePacket( ret, strlen(ret) );
EventChannel::EventCallback( (struct bufferevent*)buffer_event, 0, this );
return errCode;
}
int UserClient::_CmdLSIN( OmniPacket *packet )
{
char userid[NODELEN];
char passwd[NODELEN];
int errCode = ERROR_OK;
PARSE_TAG_INIT( packet->mHeader );
PARSE_TAG_NEXT( packet->mHeader, userid );
PARSE_TAG_NEXT( packet->mHeader, passwd );
gLog.log("userid[%s] passwd[%s]", userid, passwd );
if( errCode == 0 )
{
strcpy( mUserID, userid );
mHashMap.insert( pair<const char*, UserClient*>(userid, this) );
}
DumpMap();
char ret[BUFLEN];
bzero( ret, BUFLEN );
sprintf( ret, "LSIN %lu %d 0\r\n", packet->mTrid, errCode );
WritePacket( ret, strlen(ret) );
return errCode;
}
main( INT_T argc, char * argv[] )
{
INT_T i;
mapD.size.x = 4*12;
mapD.size.y = 3*12;
printD.scale = 1.0;
for (i=0; i<(sizeof cmds)/(sizeof cmds[0]); i++) {
switch (cmds[i].cmd) {
case C_START:
CmdPrint( cmds[i].cmd );
DumpMap( "Start\n", 0, 0 );
break;
case C_DOWN:
CmdPrint( cmds[i].cmd, cmds[i].pos );
DumpMap( "Down (%0.3f %0.3f)\n", cmds[i].pos.x, cmds[i].pos.y );
break;
case C_MOVE:
CmdPrint( cmds[i].cmd, cmds[i].pos );
DumpMap( "Move (%0.3f %0.3f)\n", cmds[i].pos.x, cmds[i].pos.y );
break;
case C_UP:
CmdPrint( cmds[i].cmd, cmds[i].pos );
DumpMap( "Up\n", 0, 0 );
break;
case C_PRINT:
DoPrintPrint( NULL );
DumpMap( "Print\n", 0, 0 );
break;
case C_CANCEL:
ClearPrint();
DumpMap( "Cancel\n", 0, 0 );
break;
case C_SCALE:
printD.scale = cmds[i].x;
break;
}
}
}
