/*
 * static char *rcsid_check_object_c =
 *   "$Id$";
 */

/*
 * CrossFire, A Multiplayer game for X-windows
 *
 * Copyright (C) 2002 Mark Wedel & Crossfire Development Team
 * Copyright (C) 1992 Frank Tore Johansen
 *
 * This program is free software; you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation; either version 2 of the License, or
 * (at your option) any later version.
 *
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with this program; if not, write to the Free Software
 * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
 *
 * The authors can be reached via e-mail at crossfire-devel@real-time.com
 */

/*
 * This is the unit tests file for common/object.c
 */

#include <global.h>
#include <stdlib.h>
#include <check.h>
#include <loader.h>
#include <toolkit_common.h>

#include "stringbuffer.h"

static void setup(void) {
    cctk_setdatadir(BUILD_ROOT "lib");
    cctk_setlog(LOGDIR "/unit/common/object.out");
    printf("set log to %s\n", LOGDIR"/unit/common/object.out");
    cctk_init_std_archetypes();
}

static void teardown(void) {
    /* put any cleanup steps here, they will be run after each testcase */
}

/*
 * Things to check
 * object_update_turn_face
 * object_update_speed
 * object_remove_from_active_list
 * object_update
 * object_free_drop_inventory
 * object_count_free
 * object_count_used
 * object_count_active
 * object_sub_weight
 * object_remove
 * object_merge
 * object_insert_in_map_at
 * object_insert_in_map
 * object_replace_insert_in_map
 * object_split
 * object_decrease_nrof
 * object_add_weight
 * object_insert_in_ob
 * object_check_move_on
 * map_find_by_archetype
 * map_find_by_type
 * object_present_in_ob
 * object_present_in_ob_by_name
 * arch_present_in_ob
 * object_set_flag_inv
 * object_unset_flag_inv
 * object_set_cheat
 * object_find_free_spot
 * object_find_first_free_spot
 * get_search_arr
 * map_find_dir
 * object_distance
 * find_dir_2
 * absdir
 * dirdiff
 * can_see_monsterP
 * object_can_pick
 * object_create_clone
 * object_was_destroyed
 * object_find_by_type_subtype
 * object_get_key_value
 * object_get_value
 * object_set_value
 * object_matches_string
 */
/** This is the test to check the behaviour of the method
 *  int object_can_merge(object *ob1, object *ob2);
 */
START_TEST(test_object_can_merge) {
    object *ob1;
    object *ob2;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    fail_unless(object_can_merge(ob1, ob2), "Should be able to merge 2 same object");
    ob2->name = add_string("Not same name");
    fail_unless(!object_can_merge(ob1, ob2), "Should not be able to merge 2 object with different names");
    ob2 = cctk_create_game_object(NULL);
    ob2->type++;
    fail_unless(!object_can_merge(ob1, ob2), "Should not be able to merge 2 object with different types");
    ob2 = cctk_create_game_object(NULL);
    ob1->nrof = (1UL<<31)-1;
    ob2->nrof = 1;
    fail_unless(!object_can_merge(ob1, ob2), "Should not be able to merge 2 object if result nrof goes to 1<<31 or higher");
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  signed long object_sum_weight(object *op);
 */
START_TEST(test_object_sum_weight) {
    object *ob1;
    object *ob2;
    object *ob3;
    object *ob4;
    unsigned long sum;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    ob4 = cctk_create_game_object(NULL);
    ob1->weight = 10; /*This should not be taken into account by object_sum_weight*/
    ob1->type = CONTAINER;
    ob1->stats.Str = 40; /*40% reduction of weight*/
    ob2->weight = 6;
    ob2->nrof = 10;
    ob3->weight = 7;
    ob4->weight = 8;
    object_insert_in_ob(ob2, ob1);
    object_insert_in_ob(ob3, ob1);
    object_insert_in_ob(ob4, ob1);
    sum = object_sum_weight(ob1);
    fail_unless(sum == 45, "Sum of object's inventory should be 45 ((6*10+7+8)*.6) but was %lu.", sum);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_get_env_recursive(object *op);
 */
START_TEST(test_object_get_env_recursive) {
    object *ob1;
    object *ob2;
    object *ob3;
    object *ob4;
    object *result;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    ob4 = cctk_create_game_object(NULL);
    object_insert_in_ob(ob2, ob1);
    object_insert_in_ob(ob3, ob2);
    object_insert_in_ob(ob4, ob3);
    result = object_get_env_recursive(ob4);
    fail_unless(result == ob1, "Getting top level container for ob4(%p) should bring ob1(%p) but brought %p.", ob4, ob1, result);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_get_player_container(object *op);
 */
START_TEST(test_object_get_player_container) {
    object *ob1;
    object *ob2;
    object *ob3;
    object *ob4;
    object *result;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    ob4 = cctk_create_game_object(NULL);
    object_insert_in_ob(ob2, ob1);
    object_insert_in_ob(ob3, ob2);
    object_insert_in_ob(ob4, ob3);
    result = object_get_player_container(ob4);
    fail_unless(result == NULL, "Getting containing player for ob4(%p) should bring NULL but brought %p while not contained in a player.", ob4, result);
    ob1->type = PLAYER;
    result = object_get_player_container(ob4);
    fail_unless(result == ob1, "Getting containing player for ob4(%p) should bring ob1(%p) but brought %p while ob1 is player.", ob4, ob1, result);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_dump(object *op);
 */
START_TEST(test_object_dump) {
    object *ob1;
    object *ob2;
    object *ob3;
    StringBuffer *sb;
    char *result;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    object_insert_in_ob(ob2, ob1);
    object_insert_in_ob(ob3, ob2);
    sb = stringbuffer_new();
    object_dump(ob1, sb);
    result = stringbuffer_finish(sb);
    fail_unless(strstr(result, "arch") != NULL, "The object dump should contain 'arch' but was %s", sb);
    free(result);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_dump_all(void);
 */
START_TEST(test_object_dump_all) {
    cctk_create_game_object(NULL);
    cctk_create_game_object(NULL);
    cctk_create_game_object(NULL);
    object_dump_all(); /*Should not crash, that all i can test*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_find_by_tag_global(tag_t i);
 */
START_TEST(test_object_find_by_tag_global) {
    object *ob1;
    object *result;

    cctk_create_game_object(NULL);
    cctk_create_game_object(NULL);
    ob1 = cctk_create_game_object(NULL);
    result = object_find_by_tag_global(ob1->count);
    fail_unless(result == ob1, "Should find ob1(%p) while search for item %d but got %p", ob1, ob1->count, result);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_find_by_name_global(const char *str);
 */
START_TEST(test_object_find_by_name_global) {
    object *ob1;
    object *result;

    ob1 = cctk_create_game_object(NULL);
    ob1->name = add_string("This is a name");
    ob1 = cctk_create_game_object(NULL);
    ob1->name = add_string("This is another name");
    ob1 = cctk_create_game_object(NULL);
    ob1->name = add_string("This is the key name");
    result = object_find_by_name_global(add_string("This is the key name"));
    fail_unless(result == ob1, "Searching for object with name 'This is the key name' returned %p(%s) instead of ob1(%p)", result, result ? result->name : "null", ob1);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_free_all_data(void);
 */
START_TEST(test_object_free_all_data) {
  /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_get_owner(object *op);
 */
START_TEST(test_object_get_owner) {
    object *ob1;
    object *ob2;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    object_set_owner(ob2, ob1);
    CLEAR_FLAG(ob1, FLAG_REMOVED);
    CLEAR_FLAG(ob2, FLAG_REMOVED);
    fail_unless(object_get_owner(ob2) == ob1, "Owner of ob2(%p) shoud be ob1(%p) but was %p", ob2, ob1, object_get_owner(ob2));
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_clear_owner(object *op);
 */
START_TEST(test_object_clear_owner) {
    object *ob1;
    object *ob2;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    object_set_owner(ob2, ob1);
    fail_unless(ob2->owner != NULL, "Prior to testing object_clear_owner, owner of ob2 was wrongly initialized"); /* XXX: use object_get_owner() */
    object_clear_owner(ob2);
    fail_unless(ob2->owner == NULL, "After object_clear_owner ob2 still had an owner"); /* XXX: use object_get_owner() */
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_set_owner(object *op, object *owner);
 */
START_TEST(test_object_set_owner) {
    object *ob1;
    object *ob2;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    object_set_owner(ob2, ob1);
    fail_unless(ob2->owner == ob1, "After object_set_owner ob2(%p) owner should be ob1(%p) but was (%p)", ob2, ob1, ob2->owner); /* XXX: use object_get_owner() */
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_copy_owner(object *op, object *clone);
 */
START_TEST(test_object_copy_owner) {
    object *ob1;
    object *ob2;
    object *ob3;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    object_set_owner(ob2, ob1);
    object_copy_owner(ob3, ob2);
    fail_unless(object_get_owner(ob2) == object_get_owner(ob3), "After object_copy_owner, ob3 and ob2 should have same owner (ob1=%p) but got %p and %p", object_get_owner(ob3), object_get_owner(ob2));
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_reset(object *op);
 */
START_TEST(test_object_reset) {
    object *ob1;

    ob1 = cctk_create_game_object(NULL);
    object_reset(ob1);
    fail_unless(ob1->name == NULL, "Field name of ob1 was not NULLified by object_reset");
    fail_unless(ob1->name_pl == NULL, "Field name_pl of ob1 was not NULLified by object_reset");
    fail_unless(ob1->title == NULL, "Field title of ob1 was not NULLified by object_reset");
    fail_unless(ob1->race == NULL, "Field race of ob1 was not NULLified by object_reset");
    fail_unless(ob1->slaying == NULL, "Field slaying of ob1 was not NULLified by object_reset");
    fail_unless(ob1->skill == NULL, "Field skill of ob1 was not NULLified by object_reset");
    fail_unless(ob1->msg == NULL, "Field msg of ob1 was not NULLified by object_reset");
    fail_unless(ob1->materialname == NULL, "Field materialname of ob1 was not NULLified by object_reset");
    fail_unless(ob1->lore == NULL, "Field lore of ob1 was not NULLified by object_reset");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_clear(object *op);
 */
START_TEST(test_object_clear) {
    object *ob1;
    const char *reference;

    ob1 = cctk_create_game_object(NULL);
    cctk_set_object_strings(ob1, "This is a test String");
    reference = add_string("This is a test String");
    object_clear(ob1);
    fail_unless(ob1->name == NULL, "Field name of ob1 was not cleaned by object_clear");
    fail_unless(ob1->name_pl == NULL, "Field name_pl of ob1 was not cleaned by object_clear");
    fail_unless(ob1->title == NULL, "Field title of ob1 was not cleaned by object_clear");
    fail_unless(ob1->race == NULL, "Field race of ob1 was not cleaned by object_clear");
    fail_unless(ob1->slaying == NULL, "Field slaying of ob1 was not cleaned by object_clear");
    fail_unless(ob1->skill == NULL, "Field skill of ob1 was not cleaned by object_clear");
    fail_unless(ob1->msg == NULL, "Field msg of ob1 was not cleaned by object_clear");
    fail_unless(ob1->materialname == NULL, "Field materialname of ob1 was not cleaned by object_clear");
    fail_unless(ob1->lore == NULL, "Field lore of ob1 was not cleaned by object_clear");
    fail_unless(query_refcount(reference) == 1, "The number of references to string should drop back to 1 but was %d", query_refcount(reference));
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_copy(object *op2, object *op);
 */
START_TEST(test_object_copy) {
    object *ob1;
    object *ob2;
    const char *reference;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    cctk_set_object_strings(ob1, "test String1");
    cctk_set_object_strings(ob2, "test String2");
    reference = add_string("test String2");
    object_copy(ob1, ob2);
    fail_unless(ob1->name == ob2->name, "Field name of ob1 should match ob2");
    fail_unless(ob1->name_pl == ob2->name_pl, "Field name_pl of ob1 should match ob2");
    fail_unless(ob1->title == ob2->title, "Field title of ob1 should match ob2");
    fail_unless(ob1->race == ob2->race, "Field race of ob1 should match ob2");
    fail_unless(ob1->slaying == ob2->slaying, "Field slaying of ob1 should match ob2");
    fail_unless(ob1->skill == ob2->skill, "Field skill of ob1 should match ob2");
    fail_unless(ob1->msg == ob2->msg, "Field msg of ob1 should match ob2");
    fail_unless(ob1->materialname == ob2->materialname, "Field materialname of ob1 should match ob2");
    fail_unless(ob1->lore == ob2->lore, "Field lore of ob1 should match ob2");
    fail_unless(query_refcount(reference) == 1, "refcount of marker string is not dropped to 1 after copy object, some string field were not cleaned. refcount: %d", query_refcount(reference));
}
END_TEST

/**
 *  This is the test to check the behaviour of the method
 *  object *object_new(void);
 */
START_TEST(test_object_new) {
    object *ob;
    long int i;

    ob = object_new();
    fail_unless(ob != NULL, "Should get an object after calling object_new()");
    fail_unless(ob->name == NULL, "Field name has not been nullified by object_new()");
    fail_unless(ob->name_pl == NULL, "Field name_pl has not been nullified by object_new()");
    fail_unless(ob->title == NULL, "Field title has not been nullified by object_new()");
    fail_unless(ob->race == NULL, "Field race has not been nullified by object_new()");
    fail_unless(ob->slaying == NULL, "Field slaying has not been nullified by object_new()");
    fail_unless(ob->skill == NULL, "Field skill has not been nullified by object_new()");
    fail_unless(ob->lore == NULL, "Field lore has not been nullified by object_new()");
    fail_unless(ob->msg == NULL, "Field msg has not been nullified by object_new()");
    fail_unless(ob->materialname == NULL, "Field materialname has not been nullified by object_new()");
    fail_unless(ob->prev == NULL, "Field prev has not been nullified by object_new()");
    fail_unless(ob->active_next == NULL, "Field active_next has not been nullified by object_new()");
    fail_unless(ob->active_prev == NULL, "Field active_prev has not been nullified by object_new()");
    /* did you really thing i'll go with only one object? */
    /* let's go for about 2M allocations in a row, let's test roughness */
    for (i = 0; i < 1L<<17; i++) {
        ob = object_new();
        fail_unless(ob != NULL, "Should get an object after calling object_new() (iteration %l)", i);
        if (!(i&((1<<13)-1)))
            LOG(llevDebug, "%ldk items created with object_new\n", i>>10);
    }
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_update_turn_face(object *op);
 */
START_TEST(test_object_update_turn_face) {
    object *ob1;
    const Face *face1;
    const Face *face2;

    ob1 = cctk_create_game_object("arrow");
    ob1->direction = 1;
    object_update_turn_face(ob1);
    face1 = ob1->face;
    ob1->direction = 0;
    object_update_turn_face(ob1);
    face2 = ob1->face;
    fail_unless(face2 != face1, "2 opposite direction should provide different faces after object_update_turn_face");
}
END_TEST

#define IS_OBJECT_ACTIVE(op) (op->active_next || op->active_prev || op == active_objects)
/** This is the test to check the behaviour of the method
 *  void object_update_speed(object *op);
 */
START_TEST(test_object_update_speed) {
    object *ob1;
    object *ob2;
    object *ob3;
    object *ob4;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    ob4 = cctk_create_game_object(NULL);
    ob1->speed = MIN_ACTIVE_SPEED;
    object_update_speed(ob1);
    fail_unless(!IS_OBJECT_ACTIVE(ob1), "Object with absolute speed <=MIN_ACTIVE_SPEED(%f) should not be made active (speed=%f)", MIN_ACTIVE_SPEED, ob1->speed);
    ob1->speed = -MIN_ACTIVE_SPEED;
    object_update_speed(ob1);
    fail_unless(!IS_OBJECT_ACTIVE(ob1), "Object with absolute speed <=MIN_ACTIVE_SPEED(%f) should not be made active (speed=%f)", MIN_ACTIVE_SPEED, ob1->speed);
    ob1->speed = MIN_ACTIVE_SPEED*2;
    object_update_speed(ob1);
    fail_unless(IS_OBJECT_ACTIVE(ob1), "Object with absolute speed >MIN_ACTIVE_SPEED(%f) should be made active (speed=%f)", MIN_ACTIVE_SPEED, ob1->speed);
    ob2->speed = -MIN_ACTIVE_SPEED*2;
    object_update_speed(ob2);
    fail_unless(IS_OBJECT_ACTIVE(ob2), "Object with absolute speed >MIN_ACTIVE_SPEED(%f) should be made active (speed=%f)", MIN_ACTIVE_SPEED, ob2->speed);
    ob4->speed = ob3->speed = ob2->speed;
    object_update_speed(ob3);
    object_update_speed(ob4);
    fail_unless(IS_OBJECT_ACTIVE(ob3), "Object with absolute speed >MIN_ACTIVE_SPEED(%f) should be made active (speed=%f)", MIN_ACTIVE_SPEED, ob3->speed);
    fail_unless(IS_OBJECT_ACTIVE(ob4), "Object with absolute speed >MIN_ACTIVE_SPEED(%f) should be made active (speed=%f)", MIN_ACTIVE_SPEED, ob4->speed);
    ob1->speed = 0.0;
    ob2->speed = 0.0;
    ob3->speed = 0.0;
    ob4->speed = 0.0;
    object_update_speed(ob1);
    object_update_speed(ob2);
    object_update_speed(ob3);
    object_update_speed(ob4);
    fail_unless(!IS_OBJECT_ACTIVE(ob1), "Object with absolute speed 0.0 should be inactivated", ob1->speed);
    fail_unless(!IS_OBJECT_ACTIVE(ob2), "Object with absolute speed 0.0 should be inactivated", ob2->speed);
    fail_unless(!IS_OBJECT_ACTIVE(ob3), "Object with absolute speed 0.0 should be inactivated", ob3->speed);
    fail_unless(!IS_OBJECT_ACTIVE(ob4), "Object with absolute speed 0.0 should be inactivated", ob4->speed);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_remove_from_active_list(object *op);
 */
START_TEST(test_object_remove_from_active_list) {
    object *ob1;

    ob1 = cctk_create_game_object(NULL);
    ob1->speed = MIN_ACTIVE_SPEED*2;
    object_update_speed(ob1);
    fail_unless(IS_OBJECT_ACTIVE(ob1), "Object with absolute speed >MIN_ACTIVE_SPEED(%f) should be made active (speed=%f)", MIN_ACTIVE_SPEED, ob1->speed);
    object_remove_from_active_list(ob1);
    fail_unless(!IS_OBJECT_ACTIVE(ob1), "After call to object_remove_from_active_list, object should be made inactive");
}
END_TEST
#undef IS_OBJECT_ACTIVE

/** This is the test to check the behaviour of the method
 *  void object_update(object *op, int action);
 */
START_TEST(test_object_update) {
    /*TESTME (this one need a map loading, left for later*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_free_drop_inventory(object *ob);
 */
START_TEST(test_object_free_drop_inventory) {
    object *ob1;
    object *ob2;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    object_insert_in_ob(ob2, ob1);
    object_free_drop_inventory(ob1);
    fail_unless(QUERY_FLAG(ob1, FLAG_FREED), "Freeing ob1 should mark it freed");
    fail_unless(QUERY_FLAG(ob2, FLAG_FREED), "Freeing ob1 should mark it's content freed");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_count_free(void);
 */
START_TEST(test_object_count_free) {
    int free1, free2;

    cctk_create_game_object(NULL);
    free1 = object_count_free();
    cctk_create_game_object(NULL);
    free2 = object_count_free();
    /* Behaviour under MEMORY_DEBUG is to allocate each object separately so
     * both will be 0. Allow test suite to pass with this option.
     */
#ifdef MEMORY_DEBUG
    fail_unless(((free2 == 0) && (free1 == 0)), "after creating an object, the object_count_free() should return 0 (compiled with MEMORY_DEBUG)", free1-1, free2);
#else
    fail_unless((free2 == free1-1), "after creating an object, the object_count_free() should return one less (%d) but returned %d", free1-1, free2);
#endif
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_count_used(void);
 */
START_TEST(test_object_count_used) {
    int used1, used2;

    cctk_create_game_object(NULL);
    used1 = object_count_used();
    cctk_create_game_object(NULL);
    used2 = object_count_used();
    fail_unless((used2 == used1+1), "after creating an object, the object_count_used() should return one more (%d) but returned %d", used1-1, used2);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_count_active(void);
 */
START_TEST(test_object_count_active) {
    object *ob1;
    int active1, active2;

    ob1 = cctk_create_game_object(NULL);
    ob1->speed = MIN_ACTIVE_SPEED*2;
    object_update_speed(ob1);
    active1 = object_count_active();
    ob1 = cctk_create_game_object(NULL);
    ob1->speed = MIN_ACTIVE_SPEED*2;
    object_update_speed(ob1);
    active2 = object_count_active();
    fail_unless((active2 == active1+1), "after activating an additional object, object_count_active should return one less %d but returned %d", active1-1, active2);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_sub_weight(object *op, signed long weight);
 */
START_TEST(test_object_sub_weight) {
    object *ob1;
    object *ob2;
    object *ob3;
    object *ob4;
    unsigned long sum;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    ob4 = cctk_create_game_object(NULL);
    ob1->weight = 10; /*This should not be taken into account by object_sum_weight*/
    ob1->type = CONTAINER;
    ob2->type = CONTAINER;
    ob3->type = CONTAINER;
    ob1->stats.Str = 40; /*40% reduction of weight*/
    ob2->weight = 10;
    ob3->weight = 10;
    ob4->weight = 10;
    object_insert_in_ob(ob2, ob1);
    object_insert_in_ob(ob3, ob2);
    object_insert_in_ob(ob4, ob3);
    sum = object_sum_weight(ob1);
    fail_unless(sum == 18, "Sum of object's inventory should be 18 (30*0.6+10) but was %lu.", sum);
    object_sub_weight(ob4, 10);
    fail_unless(ob1->carrying == 12, "after call to object_sub_weight, carrying of ob1 should be 22 but was %d", ob1->carrying);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_remove(object *op);
 */
START_TEST(test_object_remove) {
    /*TESTME test those
     * ob with more
     * player inv
     * remove from map
     */
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_merge(object *op, object *top);
 */
START_TEST(test_object_merge) {
    object *ob1;
    object *ob2;
    object *ob3;
    object *ob4;

    ob1 = cctk_create_game_object(NULL);
    ob2 = cctk_create_game_object(NULL);
    ob3 = cctk_create_game_object(NULL);
    ob4 = cctk_create_game_object(NULL);
    cctk_create_game_object(NULL);
    ob1->below = ob2;
    ob2->below = ob3;
    ob3->below = ob4;
    ob2->above = ob1;
    ob3->above = ob2;
    ob4->above = ob3;
    ob1->name = add_string("test");
    ob2->name = add_string("test2");
    ob3->name = add_string("test3");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_insert_in_map_at(object *op, mapstruct *m, object *originator, int flag, int x, int y);
 */
START_TEST(test_object_insert_in_map_at) {
    mapstruct *map;
    object *first = NULL;
    object *got = NULL;

    map = get_empty_map(5, 5);
    fail_unless(map != NULL, "get_empty_map returned NULL.");

    /* Single tile object */
    first = cctk_create_game_object("barrel");
    fail_unless(first != NULL, "create barrel failed");

    got = object_insert_in_map_at(first, map, NULL, 0, 0, 0);
    fail_unless(got == first, "item shouldn't be destroyed");

    first = cctk_create_game_object("dragon");
    fail_unless(first != NULL, "create dragon failed");
    fail_unless(first->more != NULL, "no other body part");

    got = object_insert_in_map_at(first, map, NULL, 0, 1, 1);
    fail_unless(got == first, "item shouldn't be destroyed");

    fail_unless(GET_MAP_OB(map, 1, 1) == first, "item isn't on 1,1");
    fail_unless(GET_MAP_OB(map, 2, 1) != NULL, "no item on 2,1");
    fail_unless(GET_MAP_OB(map, 2, 1)->head == first, "head of 2,1 isn't 1,1");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_insert_in_map(object *op, mapstruct *m, object *originator, int flag);
 */
START_TEST(test_object_insert_in_map) {
    mapstruct *map;
    object *first = NULL;
    object *second = NULL;
    object *third = NULL;
    object *floor = NULL;
    object *got = NULL;

    map = get_empty_map(5, 5);
    fail_unless(map != NULL, "get_empty_map returned NULL.");

    /* First, simple tests for insertion. */
    floor = cctk_create_game_object("woodfloor");
    fail_unless(floor != NULL, "create woodfloor failed");
    floor->x = 3;
    floor->y = 3;

    got = object_insert_in_map(floor, map, NULL, 0);
    fail_unless(got == floor, "woodfloor shouldn't disappear");
    fail_unless(floor == GET_MAP_OB(map, 3, 3), "woodfloor should be first object");

    first = cctk_create_game_object("barrel");
    fail_unless(first != NULL, "create barrel failed");
    first->x = 3;
    first->y = 3;

    got = object_insert_in_map(first, map, NULL, 0);
    fail_unless(got == first, "barrel shouldn't disappear");
    fail_unless(floor == GET_MAP_OB(map, 3, 3), "woodfloor should still be first object");
    fail_unless(floor->above == first, "barrel should be above floor");

    second = cctk_create_game_object("gem");
    fail_unless(second != NULL, "create gem failed");
    second->nrof = 1;
    second->x = 3;
    second->y = 3;

    got = object_insert_in_map(second, map, NULL, INS_ABOVE_FLOOR_ONLY);
    fail_unless(got == second, "gem shouldn't disappear");
    fail_unless(floor == GET_MAP_OB(map, 3, 3), "woodfloor should still be first object");
    fail_unless(floor->above == second, "gem should be above floor");
    fail_unless(second->above == first, "barrel should be above gem");

    third = cctk_create_game_object("bed_1");
    fail_unless(third != NULL, "create bed_1 failed");
    third->nrof = 1;
    third->x = 3;
    third->y = 3;

    got = object_insert_in_map(third, map, first, INS_BELOW_ORIGINATOR);
    fail_unless(got == third, "bed_1 shouldn't disappear");
    fail_unless(floor == GET_MAP_OB(map, 3, 3), "woodfloor should still be first object");
    fail_unless(third->above == first, "bed should be below barrel");
    fail_unless(third->below == second, "bed should be above gem");

    /* Merging tests. */
    third = cctk_create_game_object("gem");
    fail_unless(third != NULL, "create gem failed");
    third->nrof = 1;
    third->x = 3;
    third->y = 3;

    got = object_insert_in_map(third, map, NULL, 0);
    fail_unless(got == third, "gem shouldn't disappear");
    fail_unless(QUERY_FLAG(second, FLAG_FREED), "first gem should have been removed.");
    fail_unless(third->nrof == 2, "second gem should have nrof 2");

    second = cctk_create_game_object("gem");
    fail_unless(second != NULL, "create gem failed");
    second->nrof = 1;
    second->x = 3;
    second->y = 3;
    second->value = 1;

    got = object_insert_in_map(second, map, NULL, 0);
    fail_unless(got == second, "modified gem shouldn't disappear");
    fail_unless(second->nrof == 1, "modified gem should have nrof 1");

    /* Now check sacrificing, on another spot.
     * Can't work here, as altar logic is in server.
     * -> move that there.
     */
/*
    first = cctk_create_game_object("altar");
    fail_unless(first != NULL, "create altar failed");
    first->x = 2;
    first->y = 2;
    first->stats.food = 5;
    first->value = 0;
    fail_unless(object_insert_in_map(first, map, NULL, 0) == first, "altar shouldn't disappear");
    fail_unless(GET_MAP_MOVE_ON(map, 2, 2)&MOVE_WALK == MOVE_WALK, "floor should have MOVE_WALK set");

    second = cctk_create_game_object("food");
    fail_unless(second != NULL, "create food failed");
    second->nrof = 5;
    second->x = 2;
    second->y = 2;
    got = object_insert_in_map(second, map, NULL, 0);
    fail_unless(got == NULL, "object_insert_in_map(food) should have returned NULL");
    fail_unless(QUERY_FLAG(second, FLAG_FREED), "food should have been freed");
*/
}
END_TEST


/** This is the test to check the behaviour of the method
 *  void object_replace_insert_in_map(const char *arch_string, object *op);
 */
START_TEST(test_object_replace_insert_in_map) {
    mapstruct *map;
    object *first = NULL, *second = NULL, *third = NULL;
    tag_t tag_first, tag_second, tag_third;
    object *got = NULL;

    map = get_empty_map(5, 5);
    fail_unless(map != NULL, "get_empty_map returned NULL.");

    /* Single tile object */
    first = cctk_create_game_object("barrel");
    fail_unless(first != NULL, "create barrel failed");
    tag_first = first->count;

    got = object_insert_in_map_at(first, map, NULL, 0, 0, 0);
    fail_unless(got == first, "item shouldn't be destroyed");

    second = cctk_create_game_object("table");
    fail_unless(second != NULL, "create table failed");

    got = object_insert_in_map_at(second, map, NULL, 0, 0, 0);
    fail_unless(got == second, "second item shouldn't be destroyed");
    tag_second = second->count;

    third = cctk_create_game_object("barrel");
    fail_unless(third != NULL, "create 2nd barrel failed");
    got = object_insert_in_map_at(third, map, NULL, 0, 0, 0);
    fail_unless(got == third, "second barrel shouldn't be destroyed");
    tag_third = third->count;

    fail_unless(GET_MAP_OB(map, 0, 0) == first, "item at 0,0 isn't barrel");
    fail_unless(GET_MAP_OB(map, 0, 0)->above == second, "second item at 0,0 isn't table");
    fail_unless(GET_MAP_OB(map, 0, 0)->above->above == third, "third item at 0,0 isn't barrel");

    object_replace_insert_in_map("barrel", second);

    fail_unless(GET_MAP_OB(map, 0, 0) != first, "item at 0, 0 is still first?");
    fail_unless(object_was_destroyed(first, tag_first), "1st barrel should be destroyed");
    fail_unless(!object_was_destroyed(second, tag_second), "table shouldn't be destroyed");
    fail_unless(object_was_destroyed(third, tag_third), "2nd barrel should be destroyed");

    fail_unless(GET_MAP_OB(map, 0, 0) != NULL, "no item at 0,0 after object_replace_insert_in_map");
    fail_unless(GET_MAP_OB(map, 0, 0) != second, "second at bottom at 0,0 after object_replace_insert_in_map");
    fail_unless(GET_MAP_OB(map, 0, 0)->above == second, "table isn't above new barrel");
    fail_unless(strcmp(GET_MAP_OB(map, 0, 0)->arch->name, "barrel") == 0, "item at 0,0 is not a barrel after object_replace_insert_in_map");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_split(object *orig_ob, uint32_t nr);
 */
START_TEST(test_object_split) {
    object *first = NULL;
    object *second = NULL;
    char err[50];

    first = cctk_create_game_object("gem");
    fail_unless(first != NULL, "create gem failed");
    first->nrof = 5;

    second = object_split(first, 2, err, sizeof(err));
    fail_unless(second != NULL, "should return an item");
    fail_unless(second->nrof == 2, "2 expected to split");
    fail_unless(first->nrof == 3, "3 should be left");

    second = object_split(first, 3, err, sizeof(err));
    fail_unless(second != NULL, "should return an item");
    fail_unless(QUERY_FLAG(first, FLAG_FREED), "first should be freed");

    first = object_split(second, 10, err, sizeof(err));
    fail_unless(first == NULL, "should return NULL");
    fail_unless(second->nrof == 3, "3 should be left");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_decrease_nrof(object *op, uint32_t i);
 */
START_TEST(test_object_decrease_nrof) {
    object *first = NULL;
    object *second = NULL;

    first = cctk_create_game_object("gem");
    fail_unless(first != NULL, "create gem failed");
    first->nrof = 5;

    second = object_decrease_nrof(first, 3);
    fail_unless(second == first, "gem shouldn't be destroyed");

    second = object_decrease_nrof(first, 2);
    fail_unless(second == NULL, "object_decrease_nrof should return NULL");
    fail_unless(QUERY_FLAG(first, FLAG_FREED), "gem should have been freed");
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_add_weight(object *op, signed long weight);
 */
START_TEST(test_object_add_weight) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_insert_in_ob(object *op, object *where);
 */
START_TEST(test_object_insert_in_ob) {
    object *container = NULL;
    object *item = NULL;

    item = cctk_create_game_object("gem");
    fail_unless(item != NULL, "create gem failed");
    item->weight = 50;

    /* Bookshelves have no weight reduction. */
    container = cctk_create_game_object("bookshelf");
    fail_unless(container != NULL, "create bookshelf failed");

    object_insert_in_ob(item, container);
    fail_unless(container->inv == item, "item not inserted");
    fail_unless(container->carrying == 50, "container should carry 50 and not %d", container->carrying);

    object_remove(item);
    fail_unless(container->carrying == 0, "container should carry 0 and not %d", container->carrying);

    /* Sacks have a Str of 10, so will reduce the weight. */
    container = cctk_create_game_object("sack");
    fail_unless(container != NULL, "create sack failed");

    object_insert_in_ob(item, container);
    fail_unless(container->inv == item, "item not inserted");
    fail_unless(container->carrying == 45, "container should carry 45 and not %d", container->carrying);
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_check_move_on(object *op, object *originator);
 */
START_TEST(test_object_check_move_on) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *map_find_by_archetype(mapstruct *m, int x, int y, const archetype *at);
 */
START_TEST(test_map_find_by_archetype) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *map_find_by_type(mapstruct *m, int x, int y, unsigned char type);
 */
START_TEST(test_map_find_by_type) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_present_in_ob(unsigned char type, const object *op);
 */
START_TEST(test_object_present_in_ob) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_present_in_ob_by_name(int type, const char *str, const object *op);
 */
START_TEST(test_object_present_in_ob_by_name) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *arch_present_in_ob(const archetype *at, const object *op);
 */
START_TEST(test_arch_present_in_ob) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_set_flag_inv(object *op, int flag);
 */
START_TEST(test_object_set_flag_inv) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_unset_flag_inv(object *op, int flag);
 */
START_TEST(test_object_unset_flag_inv) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void object_set_cheat(object *op);
 */
START_TEST(test_object_set_cheat) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_find_free_spot(const object *ob, mapstruct *m, int x, int y, int start, int stop);
 */
START_TEST(test_object_find_free_spot) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_find_first_free_spot(const object *ob, mapstruct *m, int x, int y);
 */
START_TEST(test_object_find_first_free_spot) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  void get_search_arr(int *search_arr);
 */
START_TEST(test_get_search_arr) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int map_find_dir(mapstruct *m, int x, int y, object *exclude);
 */
START_TEST(test_map_find_dir) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_distance(const object *ob1, const object *ob2);
 */
START_TEST(test_object_distance) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int find_dir_2(int x, int y);
 */
START_TEST(test_find_dir_2) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int absdir(int d);
 */
START_TEST(test_absdir) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int dirdiff(int dir1, int dir2);
 */
START_TEST(test_dirdiff) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int can_see_monsterP(mapstruct *m, int x, int y, int dir);
 */
START_TEST(test_can_see_monsterP) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_can_pick(const object *who, const object *item);
 */
START_TEST(test_object_can_pick) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_create_clone(object *asrc);
 */
START_TEST(test_object_create_clone) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_was_destroyed(const object *op, tag_t old_tag);
 */
START_TEST(test_object_was_destroyed) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  object *object_find_by_type_subtype(const object *who, int type, int subtype);
 */
START_TEST(test_object_find_by_type_subtype) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  key_value *object_get_key_value(const object *ob, const char *key);
 */
START_TEST(test_object_get_key_value) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  const char *object_get_value(const object *op, const char *const key);
 */
START_TEST(test_object_get_value) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_set_value(object *op, const char *key, const char *value, int add_key);
 */
START_TEST(test_object_set_value) {
    /*TESTME*/
}
END_TEST

/** This is the test to check the behaviour of the method
 *  int object_matches_string(object *pl, object *op, const char *name);
 */
START_TEST(test_object_matches_string) {
    object *pl;
    object *o1, *o2;
    int val;

    pl = cctk_create_game_object("kobold");
    fail_unless(pl != NULL, "couldn't create kobold");
    pl->contr = (player *)calloc(1, sizeof(player));
    fail_unless(pl->contr != NULL, "couldn't alloc contr");

    o1 = cctk_create_game_object("cloak");
    fail_unless(o1 != NULL, "couldn't find cloak archetype");
    o1->title = add_string("of Gorokh");
    CLEAR_FLAG(o1, FLAG_IDENTIFIED);

    val = object_matches_string(pl, o1, "all");
    fail_unless(val == 1, "all didn't match cloak");
    val = object_matches_string(pl, o1, "Gorokh");
    fail_unless(val == 0, "unidentified cloak matched title with value %d", val);
    val = object_matches_string(pl, o1, "random");
    fail_unless(val == 0, "unidentified cloak matched random value with value %d", val);

    SET_FLAG(o1, FLAG_IDENTIFIED);
    val = object_matches_string(pl, o1, "Gorokh");
    fail_unless(val != 0, "identified cloak didn't match title with value %d", val);

    o2 = cctk_create_game_object("cloak");
    SET_FLAG(o2, FLAG_UNPAID);
    val = object_matches_string(pl, o2, "unpaid");
    fail_unless(val == 2, "unpaid cloak didn't match unpaid");
    val = object_matches_string(pl, o2, "cloak");
    fail_unless(val != 0, "unpaid cloak didn't match cloak with %d", val);
    val = object_matches_string(pl, o2, "wrong");
    fail_unless(val == 0, "unpaid cloak matched wrong name %d", val);
}
END_TEST

static Suite *object_suite(void) {
    Suite *s = suite_create("object");
    TCase *tc_core = tcase_create("Core");

    /*setup and teardown will be called before each test in testcase 'tc_core' */
    tcase_add_unchecked_fixture(tc_core, setup, teardown);

    suite_add_tcase(s, tc_core);
    tcase_add_test(tc_core, test_object_can_merge);
    tcase_add_test(tc_core, test_object_sum_weight);
    tcase_add_test(tc_core, test_object_get_env_recursive);
    tcase_add_test(tc_core, test_object_get_player_container);
    tcase_add_test(tc_core, test_object_dump);
    tcase_add_test(tc_core, test_object_dump_all);
    tcase_add_test(tc_core, test_object_find_by_tag_global);
    tcase_add_test(tc_core, test_object_find_by_name_global);
    tcase_add_test(tc_core, test_object_free_all_data);
    tcase_add_test(tc_core, test_object_get_owner);
    tcase_add_test(tc_core, test_object_clear_owner);
    tcase_add_test(tc_core, test_object_set_owner);
    tcase_add_test(tc_core, test_object_copy_owner);
    tcase_add_test(tc_core, test_object_reset);
    tcase_add_test(tc_core, test_object_clear);
    tcase_add_test(tc_core, test_object_copy);
    tcase_add_test(tc_core, test_object_new);
    tcase_add_test(tc_core, test_object_update_turn_face);
    tcase_add_test(tc_core, test_object_update_speed);
    tcase_add_test(tc_core, test_object_remove_from_active_list);
    tcase_add_test(tc_core, test_object_update);
    tcase_add_test(tc_core, test_object_free_drop_inventory);
    tcase_add_test(tc_core, test_object_count_free);
    tcase_add_test(tc_core, test_object_count_used);
    tcase_add_test(tc_core, test_object_count_active);
    tcase_add_test(tc_core, test_object_sub_weight);
    tcase_add_test(tc_core, test_object_remove);
    tcase_add_test(tc_core, test_object_merge);
    tcase_add_test(tc_core, test_object_insert_in_map_at);
    tcase_add_test(tc_core, test_object_insert_in_map);
    tcase_add_test(tc_core, test_object_replace_insert_in_map);
    tcase_add_test(tc_core, test_object_split);
    tcase_add_test(tc_core, test_object_decrease_nrof);
    tcase_add_test(tc_core, test_object_add_weight);
    tcase_add_test(tc_core, test_object_insert_in_ob);
    tcase_add_test(tc_core, test_object_check_move_on);
    tcase_add_test(tc_core, test_map_find_by_archetype);
    tcase_add_test(tc_core, test_map_find_by_type);
    tcase_add_test(tc_core, test_object_present_in_ob);
    tcase_add_test(tc_core, test_object_present_in_ob_by_name);
    tcase_add_test(tc_core, test_arch_present_in_ob);
    tcase_add_test(tc_core, test_object_set_flag_inv);
    tcase_add_test(tc_core, test_object_unset_flag_inv);
    tcase_add_test(tc_core, test_object_set_cheat);
    tcase_add_test(tc_core, test_object_find_free_spot);
    tcase_add_test(tc_core, test_object_find_first_free_spot);
    tcase_add_test(tc_core, test_get_search_arr);
    tcase_add_test(tc_core, test_map_find_dir);
    tcase_add_test(tc_core, test_object_distance);
    tcase_add_test(tc_core, test_find_dir_2);
    tcase_add_test(tc_core, test_absdir);
    tcase_add_test(tc_core, test_dirdiff);
    tcase_add_test(tc_core, test_can_see_monsterP);
    tcase_add_test(tc_core, test_object_can_pick);
    tcase_add_test(tc_core, test_object_create_clone);
    tcase_add_test(tc_core, test_object_was_destroyed);
    tcase_add_test(tc_core, test_object_find_by_type_subtype);
    tcase_add_test(tc_core, test_object_get_key_value);
    tcase_add_test(tc_core, test_object_get_value);
    tcase_add_test(tc_core, test_object_set_value);
    tcase_add_test(tc_core, test_object_matches_string);

    return s;
}

int main(void) {
    int nf;
    SRunner *sr;
    Suite *s = object_suite();

    sr = srunner_create(s);
    srunner_set_xml(sr, LOGDIR "/unit/common/object.xml");
/* if you wish to debug, uncomment the following line. */
/*  srunner_set_fork_status(sr, CK_NOFORK);*/

    srunner_run_all(sr, CK_ENV); /*verbosity from env variable*/
    nf = srunner_ntests_failed(sr);
    srunner_free(sr);
    return (nf == 0) ? EXIT_SUCCESS : EXIT_FAILURE;
}