/* $CORTO_GENERATED
*
* RelativeName.c
*
* Only code written between the begin and end tags will be preserved
* when the file is regenerated.
*/
#include <test.h>
corto_void _test_RelativeName_setup(
test_RelativeName this)
{
/* $begin(test/RelativeName/setup) */
corto_setref(&this->tier1, corto_voidCreateChild(NULL, "tier1"));
corto_setref(&this->tier2, corto_voidCreateChild(this->tier1, "tier2"));
corto_setref(&this->tier3, corto_voidCreateChild(this->tier2, "tier3"));
corto_setref(&this->obj, corto_voidCreateChild(this->tier3, "obj"));
corto_setref(&this->disjunct, corto_voidCreateChild(this->tier1, "disjunct"));
corto_setref(&this->child, corto_voidCreateChild(this->obj, "child"));
test_assert(this->tier1 != NULL);
test_assert(this->tier2 != NULL);
test_assert(this->tier3 != NULL);
test_assert(this->obj != NULL);
test_assert(this->disjunct != NULL);
test_assert(this->child != NULL);
/* $end */
}
corto_observerEvent *e)
{
test_Ownership this = e->instance;
this->observable = (corto_word)e->data;
}
void test_Ownership_setup(
test_Ownership this)
{
}
void test_Ownership_tc_checkOwnerNull(
test_Ownership this)
{
corto_object o = corto_voidCreateChild(NULL, "o");
test_assert(o != NULL);
test_assert(corto_ownerof(o) == NULL);
corto_int16 result = corto_delete(o);
test_assert(result == 0);
}
void test_Ownership_tc_checkOwnerReplicator(
test_Ownership this)
{
test_FooReplicator r = test_FooReplicatorCreate(root_o);
corto_object old = corto_setOwner(r);
test_assert(old == NULL);