void object_generator::set_data_size_range(unsigned int size_min, unsigned int size_max)
{
m_data_size_type = data_size_range;
m_data_size.size_range.size_min = size_min;
m_data_size.size_range.size_max = size_max;
alloc_value_buffer();
}
object_generator::object_generator(const object_generator& copy) :
m_data_size_type(copy.m_data_size_type),
m_data_size(copy.m_data_size),
m_data_size_pattern(copy.m_data_size_pattern),
m_random_data(copy.m_random_data),
m_expiry_min(copy.m_expiry_min),
m_expiry_max(copy.m_expiry_max),
m_key_prefix(copy.m_key_prefix),
m_key_min(copy.m_key_min),
m_key_max(copy.m_key_max),
m_key_stddev(copy.m_key_stddev),
m_key_median(copy.m_key_median),
m_value_buffer(NULL),
m_random_fd(-1),
m_value_buffer_size(0),
m_value_buffer_mutation_pos(0)
{
if (m_data_size_type == data_size_weighted &&
m_data_size.size_list != NULL) {
m_data_size.size_list = new config_weight_list(*m_data_size.size_list);
}
alloc_value_buffer(copy.m_value_buffer);
for (int i = 0; i < OBJECT_GENERATOR_KEY_ITERATORS; i++)
m_next_key[i] = 0;
}
void object_generator::set_data_size_list(config_weight_list* size_list)
{
if (m_data_size_type == data_size_weighted && m_data_size.size_list != NULL) {
delete m_data_size.size_list;
}
m_data_size_type = data_size_weighted;
m_data_size.size_list = new config_weight_list(*size_list);
alloc_value_buffer();
}
void object_generator::set_data_size_fixed(unsigned int size)
{
m_data_size_type = data_size_fixed;
m_data_size.size_fixed = size;
alloc_value_buffer();
}