assert(name);
uword *p = hash_get_mem(function_by_name_tojson, name);
+ printf ("Message name: %s\n", name);
assert(p);
tojson_fn_t tojson = (tojson_fn_t)p[0];
.tojson = (tojson_fn_t) vl_api_test_string2_t_tojson,
.fromjson = (fromjson_fn_t) vl_api_test_string2_t_fromjson,
},
+ {
+ .name = "test_vla",
+ .tojson = (tojson_fn_t) vl_api_test_vla_t_tojson,
+ .fromjson = (fromjson_fn_t) vl_api_test_vla_t_fromjson,
+ },
+ {
+ .name = "test_vla2",
+ .tojson = (tojson_fn_t) vl_api_test_vla2_t_tojson,
+ .fromjson = (fromjson_fn_t) vl_api_test_vla2_t_fromjson,
+ },
+ {
+ .name = "test_vla3",
+ .tojson = (tojson_fn_t) vl_api_test_vla3_t_tojson,
+ .fromjson = (fromjson_fn_t) vl_api_test_vla3_t_fromjson,
+ },
+ {
+ .name = "test_vla4",
+ .tojson = (tojson_fn_t) vl_api_test_vla4_t_tojson,
+ .fromjson = (fromjson_fn_t) vl_api_test_vla4_t_fromjson,
+ },
+ {
+ .name = "test_vla5",
+ .tojson = (tojson_fn_t) vl_api_test_vla5_t_tojson,
+ .fromjson = (fromjson_fn_t) vl_api_test_vla5_t_fromjson,
+ },
};
struct tests tests[] = {
"type\"}}" },
{ .s =
"{\"_msgname\": \"test_string2\", \"str\": \"Test string toplevel\"}" },
+ { .s = "{\"_msgname\": \"test_vla\", \"count\": 5, \"vla\": [1,2,3,4,5]}" },
+ { .s = "{\"_msgname\": \"test_vla2\", \"count\": 5, \"vla\": "
+ "\"0xaabbccddee\"}" },
+ { .s = "{\"_msgname\": \"test_vla3\", \"count\": 2, \"vla\": [{\"data\": 1} "
+ ", {\"data\": 2} ] }" },
+ { .s = "{\"_msgname\": \"test_vla4\", \"data\": { \"count\": 5, \"vla\": "
+ "[1,2,3,4,5] }}" },
+ { .s = "{\"_msgname\": \"test_vla5\", \"data\": { \"count\": 5, \"vla\": "
+ "\"0xaabbccddee\" }}" },
};
int main (int argc, char **argv)