void WedgePlatform::initTransceiverMap(SwSwitch* sw) {
const int MAX_WEDGE_MODULES = 16;
// If we can't get access to the USB devices, don't bother to
// create the QSFP objects; this is likely to be a permanent
// error.
try {
wedgeI2CBusLock_ = make_unique<WedgeI2CBusLock>();
} catch (const LibusbError& ex) {
LOG(ERROR) << "failed to initialize USB to I2C interface";
return;
}
// Wedge port 0 is the CPU port, so the first port associated with
// a QSFP+ is port 1. We start the transceiver IDs with 0, though.
for (int idx = 0; idx < MAX_WEDGE_MODULES; idx++) {
std::unique_ptr<WedgeQsfp> qsfpImpl =
make_unique<WedgeQsfp>(idx, wedgeI2CBusLock_.get());
for (int channel = 0; channel < QsfpModule::CHANNEL_COUNT; ++channel) {
qsfpImpl->setChannelPort(ChannelID(channel),
PortID(idx * QsfpModule::CHANNEL_COUNT + channel + 1));
}
std::unique_ptr<QsfpModule> qsfp =
make_unique<QsfpModule>(std::move(qsfpImpl));
sw->addTransceiver(TransceiverID(idx), std::move(qsfp));
LOG(INFO) << "making QSFP for " << idx;
for (int channel = 0; channel < QsfpModule::CHANNEL_COUNT; ++channel) {
sw->addTransceiverMapping(PortID(idx * QsfpModule::CHANNEL_COUNT +
channel + 1), ChannelID(channel), TransceiverID(idx));
}
}
}
void Daemon::buildCache()
{
_cache.resize( channels() + 2 );
{
std::vector< Channel > cache;
for ( Line &line : connections().values() ) {
cache.push_back( line->master() );
for ( auto &ch : line->data() ) {
if ( ch )
cache.push_back( ch );
}
}
_cache[ ChannelID( ChannelType::All ).asIndex() ] = std::move( cache );
}
{
std::vector< Channel > cache;
for ( Line &line : connections().values() ) {
if ( line->masterChannel() )
cache.push_back( line->master() );
}
_cache[ ChannelID( ChannelType::Master ).asIndex() ] = std::move( cache );
}
for ( int chID = 0; chID < channels(); ++chID ) {
std::vector< Channel > cache;
std::lock_guard< std::mutex > _( connections().mutex() );
cache.reserve( connections().size() );
for ( Line &line : connections().values() ) {
if ( line->dataChannel( chID ) )
cache.push_back( line->data( chID ) );
}
_cache[ ChannelID( chID ).asIndex() ] = std::move( cache );
}
}
CStdString MythProgramInfo::UID()
{
// Creates unique IDs from ChannelID, StartTime and RecordID like "100_2011-12-10T12:00:00_247"
char buf[50] = "";
MythTimestamp time(RecordingStartTime());
sprintf(buf, "%u_%s_%u", ChannelID(), time.String().c_str(), RecordID());
return CStdString(buf);
}
long long MythProgramInfo::uid()
{
long long retval=RecStart();
retval<<=32;
retval+=ChannelID();
if(retval>0)
retval=-retval;
return retval;
}
CStdString MythProgramInfo::StrUID()
{
// Creates unique IDs from ChannelID, RecordID and StartTime like "100_200_2011-12-10T12:00:00"
char buf[40] = "";
sprintf(buf, "%d_%ld_", ChannelID(), RecordID());
time_t starttime = StartTime();
strftime(buf + strlen(buf), 20, "%Y-%m-%dT%H:%M:%S", localtime(&starttime));
return CStdString(buf);
}
void FModSound::soundEnded(FMOD::Channel *channel)
{
UInt32 ChannelID(getChannelID(channel));
if(ChannelID != 0)
{
removeChannel(ChannelID);
produceSoundEnded(ChannelID);
}
}
void Daemon::exit( int code ) {
NOTE();
Line master = connections().lockedFind( 0 );
if ( !master ) {
Logger::log( "inaccessible master" );
::exit( -code );
}
OutputMessage notification( MessageType::Control );
notification.tag( Code::Done );
master->master()->send( notification );
while ( !_quit ) {
Communicator::probe(
_cache.at( ChannelID( ChannelType::All ).asIndex() ),
[this]( Channel channel ) {
this->consumeMessage( channel );
},
-1,
false
);
}
::exit( code );
}
void cEvent::FixEpgBugs(void)
{
// VDR can't usefully handle newline characters in the title and shortText of EPG
// data, so let's always convert them to blanks (independent of the setting of EPGBugfixLevel):
strreplace(title, '\n', ' ');
strreplace(shortText, '\n', ' ');
// Same for control characters:
strreplace(title, '\x86', ' ');
strreplace(title, '\x87', ' ');
strreplace(shortText, '\x86', ' ');
strreplace(shortText, '\x87', ' ');
strreplace(description, '\x86', ' ');
strreplace(description, '\x87', ' ');
if (isempty(title)) {
// we don't want any "(null)" titles
title = strcpyrealloc(title, tr("No title"));
EpgBugFixStat(12, ChannelID());
}
if (Setup.EPGBugfixLevel == 0)
return;
// Some TV stations apparently have their own idea about how to fill in the
// EPG data. Let's fix their bugs as good as we can:
// Some channels put the ShortText in quotes and use either the ShortText
// or the Description field, depending on how long the string is:
//
// Title
// "ShortText". Description
//
if ((shortText == NULL) != (description == NULL)) {
char *p = shortText ? shortText : description;
if (*p == '"') {
const char *delim = "\".";
char *e = strstr(p + 1, delim);
if (e) {
*e = 0;
char *s = strdup(p + 1);
char *d = strdup(e + strlen(delim));
free(shortText);
free(description);
shortText = s;
description = d;
EpgBugFixStat(1, ChannelID());
}
}
}
// Some channels put the Description into the ShortText (preceded
// by a blank) if there is no actual ShortText and the Description
// is short enough:
//
// Title
// Description
//
if (shortText && !description) {
if (*shortText == ' ') {
memmove(shortText, shortText + 1, strlen(shortText));
description = shortText;
shortText = NULL;
EpgBugFixStat(2, ChannelID());
}
}
// Sometimes they repeat the Title in the ShortText:
//
// Title
// Title
//
if (shortText && strcmp(title, shortText) == 0) {
free(shortText);
shortText = NULL;
EpgBugFixStat(3, ChannelID());
}
// Some channels put the ShortText between double quotes, which is nothing
// but annoying (some even put a '.' after the closing '"'):
//
// Title
// "ShortText"[.]
//
if (shortText && *shortText == '"') {
int l = strlen(shortText);
if (l > 2 && (shortText[l - 1] == '"' || (shortText[l - 1] == '.' && shortText[l - 2] == '"'))) {
memmove(shortText, shortText + 1, l);
char *p = strrchr(shortText, '"');
if (p)
*p = 0;
EpgBugFixStat(4, ChannelID());
}
}
if (Setup.EPGBugfixLevel <= 1)
return;
// Some channels apparently try to do some formatting in the texts,
// which is a bad idea because they have no way of knowing the width
// of the window that will actually display the text.
// Remove excess whitespace:
title = compactspace(title);
shortText = compactspace(shortText);
description = compactspace(description);
#define MAX_USEFUL_EPISODE_LENGTH 40
// Some channels put a whole lot of information in the ShortText and leave
// the Description totally empty. So if the ShortText length exceeds
// MAX_USEFUL_EPISODE_LENGTH, let's put this into the Description
// instead:
if (!isempty(shortText) && isempty(description)) {
if (strlen(shortText) > MAX_USEFUL_EPISODE_LENGTH) {
free(description);
description = shortText;
shortText = NULL;
EpgBugFixStat(6, ChannelID());
}
}
// Some channels put the same information into ShortText and Description.
// In that case we delete one of them:
if (shortText && description && strcmp(shortText, description) == 0) {
if (strlen(shortText) > MAX_USEFUL_EPISODE_LENGTH) {
free(shortText);
shortText = NULL;
}
else {
free(description);
description = NULL;
}
EpgBugFixStat(7, ChannelID());
}
// Some channels use the ` ("backtick") character, where a ' (single quote)
// would be normally used. Actually, "backticks" in normal text don't make
// much sense, so let's replace them:
strreplace(title, '`', '\'');
strreplace(shortText, '`', '\'');
strreplace(description, '`', '\'');
if (Setup.EPGBugfixLevel <= 2)
return;
// The stream components have a "description" field which some channels
// apparently have no idea of how to set correctly:
if (components) {
for (int i = 0; i < components->NumComponents(); i++) {
tComponent *p = components->Component(i);
switch (p->stream) {
case 0x01: { // video
if (p->description) {
if (strcasecmp(p->description, "Video") == 0 ||
strcasecmp(p->description, "Bildformat") == 0) {
// Yes, we know it's video - that's what the 'stream' code
// is for! But _which_ video is it?
free(p->description);
p->description = NULL;
EpgBugFixStat(8, ChannelID());
}
}
if (!p->description) {
switch (p->type) {
case 0x01:
case 0x05: p->description = strdup("4:3"); break;
case 0x02:
case 0x03:
case 0x06:
case 0x07: p->description = strdup("16:9"); break;
case 0x04:
case 0x08: p->description = strdup(">16:9"); break;
case 0x09:
case 0x0D: p->description = strdup("HD 4:3"); break;
case 0x0A:
case 0x0B:
case 0x0E:
case 0x0F: p->description = strdup("HD 16:9"); break;
case 0x0C:
case 0x10: p->description = strdup("HD >16:9"); break;
}
EpgBugFixStat(9, ChannelID());
}
}
break;
case 0x02: { // audio
if (p->description) {
if (strcasecmp(p->description, "Audio") == 0) {
// Yes, we know it's audio - that's what the 'stream' code
// is for! But _which_ audio is it?
free(p->description);
p->description = NULL;
EpgBugFixStat(10, ChannelID());
}
}
if (!p->description) {
switch (p->type) {
case 0x05: p->description = strdup("Dolby Digital"); break;
// all others will just display the language
}
EpgBugFixStat(11, ChannelID());
}
}
break;
}
}
}
}
