static rj::Value
_JsValueToImplValue(
const JsValue& value,
Allocator& allocator)
{
switch (value.GetType()) {
case JsValue::ObjectType:
return _ToImplObjectValue(value.GetJsObject(), allocator);
case JsValue::ArrayType:
return _ToImplArrayValue(value.GetJsArray(), allocator);
case JsValue::BoolType:
return rj::Value(value.GetBool());
case JsValue::StringType:
return rj::Value(value.GetString().c_str(), allocator);
case JsValue::RealType:
return rj::Value(value.GetReal());
case JsValue::IntType:
return value.IsUInt64() ?
rj::Value(value.GetUInt64()) : rj::Value(value.GetInt64());
case JsValue::NullType:
return rj::Value();
default: {
TF_CODING_ERROR("Unknown JsValue type");
return rj::Value();
}
}
}
static void
_CheckArrayOf(
const JsValue& value)
{
IndenterScope scope(*indenter);
TF_AXIOM(value.IsArrayOf<T>());
const std::vector<T> array = value.GetArrayOf<T>();
const JsArray& expArray = value.GetJsArray();
indent << "array.size = " << array.size()
<< ", expArray.size = " << expArray.size() << std::endl;
for (size_t i = 0; i < array.size(); ++i) {
TF_AXIOM(array[i] == expArray[i].Get<T>());
}
}
