GPPtr<GPTreeNode> GPStreamADF::CP::dump() const
{
GPPtr<GPTreeNode> root = new GPTreeNode(_constructNodeName((void*)this), mPoint->get()->name);
std::ostringstream inputs_str;
for (auto input : mInputs)
{
inputs_str << _constructNodeName((void*)input)<<" ";
}
GPPtr<GPTreeNode> inputs = new GPTreeNode("Input", inputs_str.str());
root->addChild(inputs);
std::ostringstream outputs_str;
for (auto output : mOutputs)
{
outputs_str << _constructNodeName((void*)(output.get())) << " ";
}
GPPtr<GPTreeNode> outputs = new GPTreeNode("Output", outputs_str.str());
root->addChild(outputs);
std::ostringstream flags_str;
for (auto b : mPoint->flags())
{
if (b)
{
flags_str << "True";
}
else
{
flags_str << "False";
}
flags_str << " ";
}
GPPtr<GPTreeNode> flagsnode = new GPTreeNode("InputFlag", flags_str.str());
root->addChild(flagsnode);
return root;
}
GPPtr<GPTreeNode> GPStreamADF::TP::dump() const
{
GPPtr<GPTreeNode> root = new GPTreeNode(_constructNodeName((void*)this), "");
std::ostringstream inputs_str;
for (auto input : mInputs)
{
inputs_str << _constructNodeName((void*)input)<<" ";
}
GPPtr<GPTreeNode> inputs = new GPTreeNode("Input", inputs_str.str());
root->addChild(inputs);
std::ostringstream outputs_str;
for (auto output : mOutputs)
{
outputs_str << _constructNodeName((void*)(output.get())) << " ";
}
GPPtr<GPTreeNode> outputs = new GPTreeNode("Output", outputs_str.str());
root->addChild(outputs);
return root;
}
