inline static bool SSVU_ATTRIBUTE(pure) areArrItemsOfType(const Val& mV) noexcept
{
SSVU_ASSERT(mV.is<Arr>());
for(const auto& v : mV.getArr())
if(!v.template isNoNum<T>()) return false;
return true;
}
inline static EnableIf <
TI<sizeof...(TArgs), bool> isTpl(const Val& mV) noexcept
{
SSVU_ASSERT(mV.is<Arr>() && mV.getArr().size() > TI);
if(!mV[TI].isNoNum<TplArg<TI, Tpl<TArgs...>>>())
return false;
return isTpl<TI + 1, TArgs...>(mV);
}
template<typename T> inline static void toVal(Val& mVal, T&& mX)
{
mVal = Arr{};
for(auto& p : mX) mVal.getArr().emplace_back(moveIfRValue<decltype(mX)>(p));
}
inline static auto is(const Val& mV) noexcept
{
return mV.getType() == Val::Type::Arr && mV.getArr().size() == TS && TplIsHelper::areArrItemsOfType<TItem>(mV);
}
inline static auto is(const Val& mV) noexcept
{
return mV.getType() == Val::Type::Arr && mV.getArr().size() == sizeof...(TArgs) && TplIsHelper::isTpl<0, TArgs...>(mV);
}
inline static auto is(const Val& mV) noexcept { return mV.getType() == Val::Type::Arr && mV.getArr().size() == 2 && mV[0].isNoNum<T1>() && mV[1].isNoNum<T2>(); }
