tmpl_dcursor_tests.c

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static void test_init(void);
#  define TEST_INIT  test_init()
 
#include <freeradius-devel/util/acutest.h>
#include <freeradius-devel/util/acutest_helpers.h>
#include <freeradius-devel/util/dict_test.h>
#include <freeradius-devel/server/tmpl_dcursor.h>
#include <freeradius-devel/server/pair.h>
 
 
static TALLOC_CTX       *autofree;
static fr_dict_t        *test_dict;
 
DIAG_OFF(declaration-after-statement)
 
/** Global initialisation
 */
static void test_init(void)
{
        autofree = talloc_autofree_context();
        if (!autofree) {
        error:
                fr_perror("tmpl_dcursor_tests");
                fr_exit_now(EXIT_FAILURE);
        }
 
        /*
         *      Mismatch between the binary and the libraries it depends on
         */
        if (fr_check_lib_magic(RADIUSD_MAGIC_NUMBER) < 0) goto error;
 
        if (fr_dict_test_init(autofree, &test_dict, NULL) < 0) goto error;
 
        if (request_global_init() < 0) goto error;
}
 
static request_t *request_fake_alloc(void)
{
        request_t       *request;
 
        /*
         *      Create and initialize the new request.
         */
        request = request_local_alloc_external(autofree, NULL);
 
        request->packet = fr_packet_alloc(request, false);
        TEST_CHECK(request->packet != NULL);
 
        request->reply = fr_packet_alloc(request, false);
        TEST_CHECK(request->reply != NULL);
 
        return request;
}
 
#define pair_defs(_x) \
        fr_pair_t       *int32_vp ## _x; \
        fr_pair_t       *string_vp ## _x; \
        fr_pair_t       *group_vp ## _x; \
        fr_pair_t       *child_vp ## _x; \
        fr_pair_t       *top_vp ## _x; \
        fr_pair_t       *mid_vp ## _x; \
        fr_pair_t       *leaf_string_vp ## _x; \
        fr_pair_t       *leaf_int32_vp ## _x
 
#define pair_defs_thin(_x) \
        fr_pair_t       *int32_vp ## _x; \
        fr_pair_t       *group_vp ## _x; \
        fr_pair_t       *top_vp ## _x; \
        fr_pair_t       *mid_vp ## _x; \
        fr_pair_t       *leaf_int32_vp ## _x
 
#define pair_populate(_x) do { \
        pair_append_request(&int32_vp ## _x, fr_dict_attr_test_int32); \
        pair_append_request(&string_vp ## _x, fr_dict_attr_test_string); \
        pair_append_request(&group_vp ## _x, fr_dict_attr_test_group); \
        fr_pair_append_by_da(group_vp ## _x, &child_vp ## _x, &group_vp ## _x->children, fr_dict_attr_test_int16); \
        pair_append_request(&top_vp ## _x, fr_dict_attr_test_nested_top_tlv); \
        fr_pair_append_by_da(top_vp ## _x, &mid_vp ## _x, &top_vp ## _x->children, fr_dict_attr_test_nested_child_tlv); \
        fr_pair_append_by_da(mid_vp ## _x, &leaf_string_vp ## _x, &mid_vp ## _x->children, fr_dict_attr_test_nested_leaf_string); \
        fr_pair_append_by_da(mid_vp ## _x, &leaf_int32_vp ## _x, &mid_vp ## _x->children, fr_dict_attr_test_nested_leaf_int32); \
     } while (0)
 
#define pair_populate_thin(_x) do { \
        pair_append_request(&int32_vp ## _x, fr_dict_attr_test_int32); \
        pair_append_request(&group_vp ## _x, fr_dict_attr_test_group); \
        pair_append_request(&top_vp ## _x, fr_dict_attr_test_nested_top_tlv); \
        fr_pair_append_by_da(top_vp ## _x, &mid_vp ## _x, &top_vp ## _x->children, fr_dict_attr_test_nested_child_tlv); \
        fr_pair_append_by_da(mid_vp ## _x, &leaf_int32_vp ## _x, &mid_vp ## _x->children, fr_dict_attr_test_nested_leaf_int32); \
      } while (0)
 
/*
 *      Top level attribute names in the test dictionary all have -0 on the end
 *      due to the ability to add multiple instances of each attribute for the
 *      pair list performance tests.
 *
 *      So, when entering strings to build tmpls, ensure the top level attributes
 *      all end -0.
 *
 *      The same applies to immediate children of group attributes since they will
 *      be other top level attributes.
 */
 
typedef struct {
        fr_dcursor_t            cursor;
        tmpl_dcursor_ctx_t      cc;
        int                     err;
        tmpl_t                  *vpt;
        fr_pair_t               *vp;
} tmpl_dcursor_vars_t;
 
#define test_cursor() &vars.cursor
#define test_vp() vars.vp
#define test_vp_p() &vars.vp
#define test_vp_set(_vp) vars.vp = _vp
 
/*
 *      Variables used in all tests
 */
#define common_vars \
        tmpl_dcursor_vars_t vars; \
        request_t *request = request_fake_alloc()
 
/** Initialise a tmpl using the _attr_str string, and return the first pair
 *
 * @param[out] vp_out           where to write the returned pair
 * @param[in,out] vars          test variables
 * @param[in] request           the current request.
 * @param[in] ref               Attribute reference string.
 */
static inline CC_HINT(always_inline)
int _tmpl_setup_and_cursor_init(fr_pair_t **vp_out, tmpl_dcursor_vars_t *vars, request_t *request, char const *ref)
{
        tmpl_afrom_attr_substr(autofree, NULL, &vars->vpt, &FR_SBUFF_IN(ref, strlen(ref)), NULL, &(tmpl_rules_t){
                        .attr = {
                                .dict_def = test_dict,
                                .list_def = request_attr_request,
                        }});
        TEST_CHECK(vars->vpt!= NULL);
        TEST_MSG("Failed creating tmpl from %s: %s", ref, fr_strerror());
        if (!vars->vpt) {
                *vp_out = NULL;
                return -1;
        }
 
        *vp_out = tmpl_dcursor_init(&vars->err, NULL, &vars->cc, &vars->cursor, request, vars->vpt);
        return 0;
}
 
#define tmpl_setup_and_cursor_init(_vp_out, _ref) \
        if (_tmpl_setup_and_cursor_init(_vp_out, &vars, request, _ref)) return
 
/** Initialise a tmpl using the _attr_str string, and return the first pair
 *
 * @param[out] vp_out           where to write the returned pair.
 * @param[in,out] vars          test variables
 * @param[in] request           the current request.
 * @param[in] ref               Attribute reference string.
 */
static inline CC_HINT(always_inline)
int _tmpl_setup_and_cursor_build_init(fr_pair_t **vp_out, tmpl_dcursor_vars_t *vars, request_t *request, char const *ref)
{
        tmpl_afrom_attr_substr(autofree, NULL, &vars->vpt, &FR_SBUFF_IN(ref, strlen(ref)), NULL, &(tmpl_rules_t){
                        .attr = {
                                .dict_def = test_dict,
                                .list_def = request_attr_request,
                        }});
        TEST_CHECK(vars->vpt!= NULL);
        TEST_MSG("Failed creating tmpl from %s: %s", ref, fr_strerror());
        if (!vars->vpt) {
                *vp_out = NULL;
                return -1;
        }
 
        *vp_out = tmpl_dcursor_build_init(&vars->err, autofree, &vars->cc, &vars->cursor, request, vars->vpt, &tmpl_dcursor_pair_build, NULL);
        return 0;
}
 
#define tmpl_setup_and_cursor_build_init(_vp_out, _ref) \
        if (_tmpl_setup_and_cursor_build_init(_vp_out, &vars, request, _ref)) return
 
/*
 *      How every test ends
 */
#define test_end \
        debug_attr_list(&request->request_pairs, 0); \
        vars.vp = fr_dcursor_next(test_cursor()); \
        TEST_CHECK_PAIR(vars.vp, NULL); \
        TEST_MSG("Cursor should've been empty (i.e. returned NULL) at end of test"); \
        tmpl_dcursor_clear(&vars.cc); \
        TEST_CHECK_RET(talloc_free(vars.vpt), 0); \
        TEST_CHECK_RET(talloc_free(request), 0)
 
/*
 *      Call after "build" cursors
 *      Checks that no additional attributes are created
 */
#define build_test_end \
        debug_attr_list(&request->request_pairs, 0); \
        test_vp_set(fr_dcursor_next(test_cursor())); \
        TEST_CHECK_PAIR(test_vp(), NULL); \
        tmpl_dcursor_clear(&vars.cc)
 
static void debug_attr_list(fr_pair_list_t *list, int indent)
{
        fr_pair_t *vp = NULL;
        while ((vp = fr_pair_list_next(list, vp))) {
                switch (vp->vp_type) {
                case FR_TYPE_STRUCTURAL:
                        TEST_MSG("%*s%s => {", indent, "", vp->da->name);
                        debug_attr_list(&vp->vp_group, indent + 2);
                        TEST_MSG("%*s}", indent, "");
                        break;
                default:
                        TEST_MSG("%*s%s", indent, "", vp->da->name);
                }
        }
}
 
/*
 *      One instance of attribute at the top level
 */
static void test_level_1_one(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0");
        TEST_CHECK_PAIR(test_vp(), int32_vp1);
 
        test_end;
}
 
/*
 *      One instance of attribute at the top level - search for second
 */
static void test_level_1_one_second(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[1]");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      One instance of attribute at the top level - search for all
 */
static void test_level_1_one_all(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[*]");
        TEST_CHECK_PAIR(test_vp(), int32_vp1);
 
        test_end;
}
 
/*
 *      One instance of attribute at the top level - search for non-existent
 */
static void test_level_1_one_missing(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      One instance of attribute at the top level - search for last
 */
static void test_level_1_one_last(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[n]");
        TEST_CHECK_PAIR(test_vp(), int32_vp1);
 
        test_end;
}
 
/*
 *      Two instances of attribute at the top level
 */
static void test_level_1_two(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0");
        TEST_CHECK_PAIR(test_vp(), int32_vp1);
 
        test_end;
}
 
/*
 *      Two instances of attribute at the top level - choose second
 */
static void test_level_1_two_second(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[1]");
        TEST_CHECK_PAIR(test_vp(), int32_vp2);
 
        test_end;
}
 
/*
 *      Two instances of attribute at the top level - choose third - should be NULL
 */
static void test_level_1_two_third(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[2]");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      Two instances of attribute at the top level - choose all
 */
static void test_level_1_two_all(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[*]");
 
        TEST_CHECK_PAIR(test_vp(), int32_vp1);
 
        test_vp_set(fr_dcursor_next(test_cursor()));
        TEST_CHECK_PAIR(test_vp(), int32_vp2);
 
        test_end;
}
 
/*
 *      Two instances of attribute at the top level - choose last
 */
static void test_level_1_two_last(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[n]");
        TEST_CHECK_PAIR(test_vp(), int32_vp2);
 
        test_end;
}
 
/*
 *      Two instances of attribute at the top level - use count suffix
 */
static void test_level_1_two_count(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int32-0[#]");
        TEST_CHECK_PAIR(test_vp(), int32_vp1);
 
        test_vp_set(fr_dcursor_next(test_cursor()));
        TEST_CHECK_PAIR(test_vp(), int32_vp2);
 
        test_end;
}
 
/*
 *      One instance of a group attribute
 */
static void test_level_2_one(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), child_vp1);
 
        test_end;
}
 
/*
 *      One instance of a group attribute - look for second child
 */
static void test_level_2_one_second(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int16-0[1]");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      One instance of a group attribute - look for all
 */
static void test_level_2_one_all(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int16-0[*]");
        TEST_CHECK_PAIR(test_vp(), child_vp1);
 
        test_end;
}
 
/*
 *      One instance of a group attribute - look for missing
 */
static void test_level_2_one_missing(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int32-0");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      Two instances of a group attribute
 */
static void test_level_2_two(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), child_vp1);
 
        test_end;
}
 
/*
 *      Two instances of a group attribute - look for child in second parent
 */
static void test_level_2_two_second(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0[1].Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), child_vp2);
 
        test_end;
}
 
/*
 *      Two instances of a group attribute - children of all parents
 */
static void test_level_2_two_all(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0[*].Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), child_vp1);
 
        test_vp_set(fr_dcursor_next(test_cursor()));
        TEST_CHECK_PAIR(test_vp(), child_vp2);
 
        test_end;
}
 
/*
 *      Two instances of a group attribute - children of last parent
 */
static void test_level_2_two_last(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0[n].Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), child_vp2);
 
        test_end;
}
 
/*
 *      Two instances of a group attribute - missing children of all parents
 */
static void test_level_2_two_missing(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0[*].Test-Int32-0");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      Single instance of three level TLV
 */
static void test_level_3_one(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[0].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), leaf_string_vp1);
 
        test_end;
}
 
/*
 *      Single instance of three level TLV - look for a second instance of level 2 TLV
 */
static void test_level_3_one_second(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[0].Child-TLV[1].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
/*
 *      Single instance of three level TLV - look for a second instance of level 2 TLV
 */
static void test_level_3_one_all(void)
{
        common_vars;
        pair_defs(1);
 
        pair_populate(1);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[0].Child-TLV[*].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), leaf_string_vp1);
 
        test_end;
}
 
static void test_level_3_two(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[0].Child-TLV[0].Leaf-Int32");
        TEST_CHECK_PAIR(test_vp(), leaf_int32_vp1);
 
        test_end;
}
 
static void test_level_3_two_all(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[*].Child-TLV[*].Leaf-Int32");
        TEST_CHECK_PAIR(test_vp(), leaf_int32_vp1);
 
        test_vp_set(fr_dcursor_next(test_cursor()));
        TEST_CHECK_PAIR(test_vp(), leaf_int32_vp2);
 
        test_end;
}
 
static void test_level_3_two_last(void)
{
        common_vars;
        pair_defs(1);
        pair_defs(2);
 
        pair_populate(1);
        pair_populate(2);
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[n].Child-TLV[n].Leaf-Int32[n]");
        TEST_CHECK_PAIR(test_vp(), leaf_int32_vp2);
 
        test_end;
}
 
static void test_level_1_build(void)
{
        common_vars;
        pair_defs(1);
        fr_pair_t       *inserted;
 
        pair_populate(1);
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Int16-0");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), inserted);
 
        test_end;
}
 
static void test_level_2_build_leaf(void)
{
        common_vars;
        pair_defs(1);
        fr_pair_t       *inserted;
 
        pair_populate(1);
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Group-0.Test-Int32-0");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int32-0");
        TEST_CHECK_PAIR(test_vp(), inserted);
 
        test_end;
}
 
static void test_level_2_build_intermediate(void)
{
        common_vars;
        fr_pair_t       *inserted;
 
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Group-0.Test-Int16-0");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Int16-0");
        TEST_CHECK_PAIR(test_vp(), inserted);
 
        test_end;
}
 
static void test_level_2_build_multi(void)
{
        common_vars;
        pair_defs_thin(1);
        pair_defs_thin(2);
        fr_pair_t       *inserted, *second;
 
        pair_populate_thin(1);
        pair_populate_thin(2);
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Group-0[*].Test-Int32-0");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
 
        second = fr_dcursor_next(test_cursor());
        TEST_CHECK_PAIR_NEQ(second, NULL);
        TEST_CHECK_PAIR_NEQ(second, inserted);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0[*].Test-Int32-0");
        TEST_CHECK_PAIR(test_vp(), inserted);
        test_vp_set(fr_dcursor_next(test_cursor()));
        TEST_CHECK_PAIR(test_vp(), second);
 
        test_end;
}
 
static void test_level_3_build_leaf(void)
{
        common_vars;
        pair_defs(1);
        fr_pair_t       *inserted;
 
        pair_populate(1);
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Group-0.Test-Group-0.Test-String-0");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Group-0.Test-Group-0.Test-String-0");
        TEST_CHECK_PAIR(test_vp(), inserted);
 
        test_end;
}
 
static void test_level_3_build_entire(void)
{
        common_vars;
        fr_pair_t       *inserted;
 
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Nested-Top-TLV-0[0].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[0].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), inserted);
 
        test_end;
}
 
static void test_level_3_build_partial(void)
{
        common_vars;
        pair_defs(1);
        pair_defs_thin(2);
        fr_pair_t       *inserted;
 
        pair_populate(1);
        pair_populate_thin(2);
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Nested-Top-TLV-0[1].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR_NEQ(inserted, NULL);
        TEST_CHECK_PAIR_NEQ(inserted, leaf_string_vp1);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[1].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), inserted);
 
        test_end;
}
 
static void test_level_3_build_invalid1(void)
{
        common_vars;
        fr_pair_t       *inserted;
 
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Nested-Top-TLV-0[3].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[3].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
static void test_level_3_build_invalid2(void)
{
        common_vars;
        fr_pair_t       *inserted;
 
        tmpl_setup_and_cursor_build_init(&inserted, "&Test-Nested-Top-TLV-0[*].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(inserted, NULL);
        build_test_end;
 
        tmpl_setup_and_cursor_init(test_vp_p(), "&Test-Nested-Top-TLV-0[*].Child-TLV[0].Leaf-String");
        TEST_CHECK_PAIR(test_vp(), NULL);
 
        test_end;
}
 
TEST_LIST = {
        { "test_level_1_one",           test_level_1_one },
        { "test_level_1_one_second",    test_level_1_one_second },
        { "test_level_1_one_all",       test_level_1_one_all },
        { "test_level_1_one_missing",   test_level_1_one_missing },
        { "test_level_1_one_last",      test_level_1_one_last },
        { "test_level_1_two",           test_level_1_two },
        { "test_level_1_two_second",    test_level_1_two_second },
        { "test_level_1_two_third",     test_level_1_two_third },
        { "test_level_1_two_all",       test_level_1_two_all },
        { "test_level_1_two_last",      test_level_1_two_last },
        { "test_level_1_two_count",     test_level_1_two_count },
        { "test_level_2_one",           test_level_2_one },
        { "test_level_2_one_second",    test_level_2_one_second },
        { "test_level_2_one_all",       test_level_2_one_all },
        { "test_level_2_one_missing",   test_level_2_one_missing },
        { "test_level_2_two",           test_level_2_two },
        { "test_level_2_two_second",    test_level_2_two_second },
        { "test_level_2_two_all",       test_level_2_two_all },
        { "test_level_2_two_last",      test_level_2_two_last },
        { "test_level_2_two_missing",   test_level_2_two_missing },
        { "test_level_3_one",           test_level_3_one },
        { "test_level_3_one_second",    test_level_3_one_second },
        { "test_level_3_one_all",       test_level_3_one_all },
        { "test_level_3_two",           test_level_3_two },
        { "test_level_3_two_all",       test_level_3_two_all },
        { "test_level_3_two_last",      test_level_3_two_last },
 
        { "test_level_1_build",                 test_level_1_build },
        { "test_level_2_build_leaf",            test_level_2_build_leaf },
        { "test_level_2_build_intermediate",    test_level_2_build_intermediate },
        { "test_level_2_build_multi",           test_level_2_build_multi },
        { "test_level_3_build_leaf",            test_level_3_build_leaf },
        { "test_level_3_build_entire",          test_level_3_build_entire },
        { "test_level_3_build_partial",         test_level_3_build_partial },
        { "test_level_3_build_invalid1",        test_level_3_build_invalid1 },
        { "test_level_3_build_invalid2",        test_level_3_build_invalid2 },
 
        { NULL }
};
 
DIAG_ON(declaration-after-statement)