TransactionType
transaction_type_from_verb(wxString const& p_phrase)
{
typedef map<wxString, TransactionType> Dict;
static Dict dict;
static bool calculated_already = false;
if (!calculated_already)
{
JEWEL_ASSERT (dict.empty());
dict[expenditure_verb()] = TransactionType::expenditure;
dict[revenue_verb()] = TransactionType::revenue;
dict[balance_sheet_verb()] = TransactionType::balance_sheet;
dict[envelope_verb()] = TransactionType::envelope;
dict[generic_verb()] = TransactionType::generic;
calculated_already = true;
}
JEWEL_ASSERT (!dict.empty());
JEWEL_ASSERT
( dict.size() ==
static_cast<Dict::size_type>(TransactionType::num_transaction_types)
);
Dict::const_iterator const it = dict.find(p_phrase);
if (it == dict.end())
{
JEWEL_THROW
( InvalidTransactionTypeException,
"wxString passed to transaction_type_from_verb does not "
"correspond to any TransactionType."
);
}
JEWEL_ASSERT (it != dict.end());
return it->second;
}
bool build(Dict &_front, Dict &_back, Dict &dict, Tree &tree, bool flag)
{
if (_front.empty()) return false;
if (_front.size() > _back.size())
return build(_back, _front, dict, tree, !flag);
for (auto &word : _front) dict.erase(word);
for (auto &word : _back) dict.erase(word);
Dict hoge;
bool piyo = false;
for (auto &i : _front)
{
string word = i;
for (auto &c : word)
{
char fuga = c;
for (c = 'a'; c <= 'z'; c++)
{
if (c == fuga) continue;
if (_back.count(word))
{
piyo = true;
!flag ? tree[i].push_back(word): tree[word].push_back(i);
}
else if (!piyo && dict.count(word))
{
hoge.insert(word);
!flag ? tree[i].push_back(word): tree[word].push_back(i);
}
}
c = fuga;
}
}
return piyo || build(hoge, _back, dict, tree, flag);
}
LLBC_Variant::LLBC_Variant(const Dict &dictVal)
{
_holder.type = LLBC_VariantType::VT_DICT_DFT;
if (!dictVal.empty())
{
_holder.dict= new Dict();
_holder.dict->insert(dictVal.begin(), dictVal.end());
}
}
