void
FieldInstructionDecimal::decodeNop(
Codecs::DataSource & source,
Codecs::PresenceMap & pmap,
Codecs::Decoder & decoder,
Messages::ValueMessageBuilder & accessor) const
{
PROFILE_POINT("decimal::decodeNop");
if(bool(exponentInstruction_))
{
Messages::SingleValueBuilder<int32> exponentBuilder;
exponentInstruction_->decode(source, pmap, decoder, exponentBuilder);
if(!exponentBuilder.isSet())
{
// null field
return;
}
exponent_t exponent = static_cast<exponent_t>(exponentBuilder.value());
Messages::SingleValueBuilder<mantissa_t> mantissaBuilder;
mantissaInstruction_->decode(source, pmap, decoder, mantissaBuilder);
mantissa_t mantissa = 0;
if(mantissaBuilder.isSet())
{
mantissa = mantissaBuilder.value();
}
Decimal value(mantissa, exponent, false);
accessor.addValue(identity_, ValueType::DECIMAL, value);
}
else
{
exponent_t exponent = 0;
decodeSignedInteger(source, decoder, exponent, identity_->name());
if(!isMandatory())
{
if(checkNullInteger(exponent))
{
return;
}
}
mantissa_t mantissa;
decodeSignedInteger(source, decoder, mantissa, identity_->name());
Decimal value(mantissa, exponent);
accessor.addValue(
identity_,
ValueType::DECIMAL,
value);
}
return;
}
void
FieldInstructionSequence::decodeNop(
Codecs::DataSource & source,
Codecs::PresenceMap & pmap,
Codecs::Decoder & decoder,
Messages::ValueMessageBuilder & builder) const
{
if(!segment_)
{
decoder.reportFatal("[ERR U07]", "SegmentBody not defined for Sequence instruction.");
}
size_t length = 0;
Codecs::FieldInstructionCPtr lengthInstruction;
Messages::SingleValueBuilder<uint32> lengthSet;
if(segment_->getLengthInstruction(lengthInstruction))
{
source.beginField(lengthInstruction->getIdentity()->name());
lengthInstruction->decode(source, pmap, decoder, lengthSet);
}
else
{
FieldInstructionUInt32 defaultLengthInstruction;
defaultLengthInstruction.setPresence(isMandatory());
defaultLengthInstruction.decode(source, pmap, decoder, lengthSet);
}
if(lengthSet.isSet())
{
length = lengthSet.value();
Messages::ValueMessageBuilder & sequenceBuilder = builder.startSequence(
identity_,
segment_->getApplicationType(),
segment_->getApplicationTypeNamespace(),
segment_->fieldCount(),
lengthSet.identity(),
length);
for(size_t nEntry = 0; nEntry < length; ++nEntry)
{
if(decoder.getLogOut())
{
std::stringstream msg;
msg << "Sequence entry #" << nEntry << " of " << length << std::ends;
decoder.logMessage(msg.str());
}
Messages::ValueMessageBuilder & entrySet(
sequenceBuilder.startSequenceEntry(
segment_->getApplicationType(),
segment_->getApplicationTypeNamespace(),
segment_->fieldCount()));
decoder.decodeGroup(source, segment_, entrySet);
sequenceBuilder.endSequenceEntry(entrySet);
}
builder.endSequence(identity_, sequenceBuilder);
}
}