Method call

src/python/handler/py_utils.cpp:1104–1173

}

py::UniqueObj PhraserObject::call(PyObject* words) const
{
	py::UniqueObj ret{ PyList_New(0) };
	deque<tomoto::Vid> buffer;
	size_t c_found = 0;
	auto* node = trie_nodes.data();
	py::foreachWithPy<string>(words, [&](const string& w, PyObject* pw)
	{
		auto wid = vocabs.toWid(w);

		if (wid != tomoto::non_vocab_id)
		{
			auto* nnode = node->getNext(wid);
			if (!nnode)
			{
				if (c_found)
				{
					auto& info = cand_info[c_found - 1];
					if (buffer.size() >= info.second)
					{
						PyList_Append(ret.get(), py::buildPyValue(info.first).get());
						buffer.erase(buffer.begin(), buffer.begin() + info.second);
					}
					c_found = 0;
				}
			}

			while (!nnode)
			{
				size_t curDepth = node->depth;
				node = node->getFail();
				for (size_t d = node ? node->depth : 0; !buffer.empty() && d < curDepth; ++d)
				{
					PyList_Append(ret.get(), py::buildPyValue(vocabs.toWord(buffer.front())).get());
					buffer.pop_front();
				}
				if (node) nnode = node->getNext(wid);
				else break;
			}

			if (nnode)
			{
				node = nnode;
				if (nnode->val && nnode->val != (size_t)-1)
				{
					c_found = nnode->val;
				}
				buffer.emplace_back(wid);
				return;
			}
		}

		for (auto v : buffer) PyList_Append(ret.get(), py::buildPyValue(vocabs.toWord(v)).get());
		buffer.clear();
		PyList_Append(ret.get(), pw);
		node = trie_nodes.data();
	}, "`words` must be an iterable of `str`s.");
	if (c_found)