void setup(void) {
array_t *a = array_create(0);
list_null = datalist_create(NULL);
check_list(list_null, 0);
array_push(a, str_wrap("test"));
array_push(a, data_true());
array_push(a, data_null());
array_push(a, int_to_data(42));
list_array = datalist_create(a);
check_list(list_array, array_size(a));
list_valist = (datalist_t *) data_create(List, 2, str_wrap("test"), int_to_data(42));
check_list(list_valist, 2);
}
data_t * _any_reduce(data_t *self, char _unused_ *name, arguments_t *args) {
data_t *initial = (arguments_args_size(args) > 1) ? arguments_get_arg(args, 1) : data_null();
return data_reduce(self, arguments_get_arg(args, 0), initial);
}
static void _data(uint8_t** buf, ujvalue* v, int i)
{
uint16_t n;
uint8_t* sizefield;
switch(v->type) {
case uj_true:
data_bool(buf, 1);
break;
case uj_false:
data_bool(buf, 0);
break;
case uj_null:
data_null(buf);
break;
case uj_number:
switch(v->numbertype) {
case uj_uint8:
data_uint8(buf, v->data_as.uint8);
break;
case uj_int8:
data_int8(buf, v->data_as.int8);
break;
case uj_uint16:
data_uint16(buf, v->data_as.uint16);
break;
case uj_int16:
data_int16(buf, v->data_as.int16);
break;
case uj_uint32:
data_uint32(buf, v->data_as.uint32);
break;
case uj_int32:
data_int32(buf, v->data_as.int32);
break;
case uj_uint64:
data_uint64(buf, v->data_as.uint64);
break;
case uj_int64:
data_int64(buf, v->data_as.int64);
break;
case uj_float:
data_float(buf, v->data_as.f);
break;
case uj_double:
data_double(buf, v->data_as.d);
break;
}
break;
case uj_string:
data_string(buf, v->data_as.string);
break;
case uj_array:
sizefield = *buf;
(*buf) += 2;
for (n = 0; n < array_length(v->data_as.array); n++) _data(buf, v->data_as.array->values[n], i+1);
_data_size(sizefield, (uint16_t)((*buf) - sizefield - 2));
break;
case uj_object:
sizefield = *buf;
(*buf) += 2;
for (n = 0; n < v->data_as.object->size; n++) {
data_string(buf, (ujstring*)v->data_as.object->data[n*2]);
_data(buf, v->data_as.object->data[n*2+1], i+1);
}
_data_size(sizefield, (uint16_t)((*buf) - sizefield - 2));
break;
}
}
