void Rec709ToLinearOp::modifyChannels( const Imath::Box2i &displayWindow, const Imath::Box2i &dataWindow, ChannelVector &channels )
{
Rec709ToLinearOp::Converter converter;
for ( ChannelVector::iterator it = channels.begin(); it != channels.end(); it++ )
{
despatchTypedData<Rec709ToLinearOp::Converter, TypeTraits::IsFloatVectorTypedData>( *it, converter );
}
}
/*! @brief Report the connections for a given port.
@param[in] flavour The format for the output.
@param[in] portName The port to be inspected.
@param[in] checker A function that provides for early exit from loops.
@param[in] checkStuff The private data for the early exit function. */
static void
reportConnections(const OutputFlavour flavour,
const YarpString & portName,
CheckFunction checker,
void * checkStuff)
{
ODL_ENTER(); //####
ODL_S1s("portName = ", portName); //####
ODL_P1("checkStuff = ", checkStuff); //####
bool sawInputs = false;
bool sawOutputs = false;
ChannelVector inputs;
ChannelVector outputs;
YarpString inputsAsString;
YarpString outputsAsString;
Utilities::GatherPortConnections(portName, inputs, outputs, Utilities::kInputAndOutputBoth,
false, checker, checkStuff);
if (0 < inputs.size())
{
for (ChannelVector::const_iterator walker(inputs.begin()); inputs.end() != walker; ++walker)
{
switch (flavour)
{
case kOutputFlavourTabs :
if (sawInputs)
{
inputsAsString += ", ";
}
inputsAsString += SanitizeString(walker->_portName, true);
switch (walker->_portMode)
{
case kChannelModeTCP :
inputsAsString += " TCP";
break;
case kChannelModeUDP :
inputsAsString += " UDP";
break;
case kChannelModeOther :
inputsAsString += " unknown";
break;
default :
break;
}
break;
case kOutputFlavourJSON :
if (sawInputs)
{
inputsAsString += ", ";
}
inputsAsString += T_("{ " CHAR_DOUBLEQUOTE_ "Port" CHAR_DOUBLEQUOTE_ ": "
CHAR_DOUBLEQUOTE_);
inputsAsString += SanitizeString(walker->_portName);
inputsAsString += T_(CHAR_DOUBLEQUOTE_ ", " CHAR_DOUBLEQUOTE_ "Mode"
CHAR_DOUBLEQUOTE_ ": " CHAR_DOUBLEQUOTE_);
switch (walker->_portMode)
{
case kChannelModeTCP :
inputsAsString += "TCP";
break;
case kChannelModeUDP :
inputsAsString += "UDP";
break;
case kChannelModeOther :
inputsAsString += "unknown";
break;
default :
break;
}
inputsAsString += T_(CHAR_DOUBLEQUOTE_ " }");
break;
case kOutputFlavourNormal :
inputsAsString += " Input from ";
inputsAsString += SanitizeString(walker->_portName, true);
switch (walker->_portMode)
{
case kChannelModeTCP :
inputsAsString += " via TCP.";
break;
case kChannelModeUDP :
inputsAsString += " via UDP.";
break;
case kChannelModeOther :
inputsAsString += " via non-TCP/non-UDP.";
break;
default :
break;
}
inputsAsString += "\n";
break;
default :
break;
}
sawInputs = true;
}
}
if (0 < outputs.size())
{
for (ChannelVector::const_iterator walker(outputs.begin()); outputs.end() != walker;
++walker)
{
switch (flavour)
{
case kOutputFlavourTabs :
if (sawOutputs)
{
outputsAsString += ", ";
}
outputsAsString += SanitizeString(walker->_portName, true);
switch (walker->_portMode)
{
case kChannelModeTCP :
outputsAsString += " TCP";
break;
case kChannelModeUDP :
outputsAsString += " UDP";
break;
case kChannelModeOther :
outputsAsString += " unknown";
break;
default :
break;
}
break;
case kOutputFlavourJSON :
if (sawOutputs)
{
outputsAsString += ", ";
}
outputsAsString += T_("{ " CHAR_DOUBLEQUOTE_ "Port" CHAR_DOUBLEQUOTE_ ": "
CHAR_DOUBLEQUOTE_);
outputsAsString += SanitizeString(walker->_portName);
outputsAsString += T_(CHAR_DOUBLEQUOTE_ ", " CHAR_DOUBLEQUOTE_ "Mode"
CHAR_DOUBLEQUOTE_ ": " CHAR_DOUBLEQUOTE_);
switch (walker->_portMode)
{
case kChannelModeTCP :
outputsAsString += "TCP";
break;
case kChannelModeUDP :
outputsAsString += "UDP";
break;
case kChannelModeOther :
outputsAsString += "unknown";
break;
default :
break;
}
outputsAsString += T_(CHAR_DOUBLEQUOTE_ " }");
break;
case kOutputFlavourNormal :
outputsAsString += " Output to ";
outputsAsString += SanitizeString(walker->_portName, true);
switch (walker->_portMode)
{
case kChannelModeTCP :
outputsAsString += " via TCP.";
break;
case kChannelModeUDP :
outputsAsString += " via UDP.";
break;
case kChannelModeOther :
outputsAsString += " via non-TCP/non-UDP.";
break;
default :
break;
}
outputsAsString += "\n";
break;
default :
break;
}
sawOutputs = true;
}
}
switch (flavour)
{
case kOutputFlavourTabs :
cout << inputsAsString.c_str() << "\t" << outputsAsString.c_str();
break;
case kOutputFlavourJSON :
cout << T_(CHAR_DOUBLEQUOTE_ "Inputs" CHAR_DOUBLEQUOTE_ ": [ ") <<
inputsAsString.c_str() << T_(" ], " CHAR_DOUBLEQUOTE_ "Outputs"
CHAR_DOUBLEQUOTE_ ": [ ") <<
outputsAsString.c_str() << " ]";
break;
case kOutputFlavourNormal :
if (sawInputs || sawOutputs)
{
if (sawInputs)
{
cout << inputsAsString.c_str();
}
if (sawOutputs)
{
cout << outputsAsString.c_str();
}
}
else
{
cout << " No active connections." << endl;
}
break;
default :
break;
}
ODL_EXIT(); //####
} // reportConnections
