void avl_test_find_node ( void ) {
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
BTNode * found;
IntBucket x;
IntBucket ib[] = {
{30272}, {16274}, {11768}, {10231}, {28474}, { 7272}, {15032}, {13196}, {29825}, { 6840},
{18444}, {18793}, {13786}, {21125}, {25311}, {23414}, {18374}, {24110}, {15465}, {26300},
{ 1181}, { 6297}, { 3693}, {20957}, {22585}, { 8915}, {30371}, { 2036}, {18499}, {18391},
{15360}, {32509}, {23336}, {18848}, {25712}, { 6162}, { 1483}, { 4309}, {13482}, {14809},
{ 5596}, {22524}, {13958}, {16918}, {25668}, {31621}, {30060}, {24637}, {28116}, {15994},
{30595}, {30642}, {30017}, { 7221}, { 2916}, { 7010}, {29356}, {22282}, {30649}, {17493},
{28780}, { 6725}, {26998}, {28805}, {24689}, {25547}, {17625}, {14250}, {11250}, {16195},
{ 9542}, {26029}, { 2734}, {23373}, {21176}, {28102}, { 1894}, { 325}, { 9406}, { 4915},
{ 8759}, {32413}, {14144}, { 5394}, { 3495}, {32030}, {23904}, { 4260}, {11579}, {11100},
{27212}, {20562}, {30264}, {30850}, {22393}, {28107}, {21299}, {25306}, { 2668}, { 3894},
};
int i;
for ( i = 0; i < 100; i += 1 ) {
avl_tree_insert(t, ib+i);
}
ASSERT(avl_verify_consistency(t, t->root), "Tree starting inconsistent.");
x.p = 700;
ASSERT(NULL == avl_find_exact ( t, &x ), "Found an element that wasn't there ...");
x.p = 26029;
ASSERT( ((IntBucket*)(avl_find_exact(t,&x)->bucket))->p == 26029, "Couldn't find an easy one.");
destroy_avl_tree(t);
}
void avl_tree_find_median ( void ) {
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
IntBucket * median;
IntBucket ib[] = {
{30272}, {16274}, {11768}, {10231}, {28474}, { 7272}, {15032}, {13196}, {29825}, { 6840},
{18444}, {18793}, {13786}, {21125}, {25311}, {23414}, {18374}, {24110}, {15465}, {26300},
{ 1181}, { 6297}, { 3693}, {20957}, {22585}, { 8915}, {30371}, { 2036}, {18499}, {18391},
{15360}, {32509}, {23336}, {18848}, {25712}, { 6162}, { 1483}, { 4309}, {13482}, {14809},
{ 5596}, {22524}, {13958}, {16918}, {25668}, {31621}, {30060}, {24637}, {28116}, {15994},
{30595}, {30642}, {30017}, { 7221}, { 2916}, { 7010}, {29356}, {22282}, {30649}, {17493},
{28780}, { 6725}, {26998}, {28805}, {24689}, {25547}, {17625}, {14250}, {11250}, {16195},
{ 9542}, {26029}, { 2734}, {23373}, {21176}, {28102}, { 1894}, { 325}, { 9406}, { 4915},
{ 8759}, {32413}, {14144}, { 5394}, { 3495}, {32030}, {23904}, { 4260}, {11579}, {11100},
{27212}, {20562}, {30264}, {30850}, {22393}, {28107}, {21299}, {25306}, { 2668}, { 3894},
};
int i;
for ( i = 0; i < 100; i += 1 ) {
avl_tree_insert(t, ib+i);
}
median = (IntBucket*)(avl_tree_get_median(t)->bucket);
ASSERT(median->p == 18391, "Wrong median!");
destroy_avl_tree(t);
}
AvlTree *create_avl_tree(DuplicateKey duplicateKey, DestroyKey destroyKey, CompareKeys compareKeys)
{
AvlTree *res = malloc(sizeof(AvlTree));
init_avl_tree(res, duplicateKey, destroyKey, compareKeys);
return res;
}
static XdgThemes *_xdg_mime_themes_new(void)
{
XdgThemes *res;
res = malloc(sizeof(XdgThemes));
init_avl_tree(&res->themes_files_map, strdup, (DestroyKey)free, strcmp);
return res;
}
const AvlTree *map_from_memory(void **memory, ReadKey readKey, ReadValue readValue, CompareKeys compareKeys, void *user_data)
{
AvlTree *res = (*memory);
(*memory) += sizeof(AvlTree);
init_avl_tree(res, NULL, NULL, compareKeys);
map_subtree_from_memory(memory, res, readKey, readValue, user_data);
return res;
}
static XdgThemeGroup *_xdg_theme_group_map_item_add(AvlTree *map, const char *name)
{
XdgThemeGroup **res = (XdgThemeGroup **)search_or_create_node(map, name);
if ((*res) == NULL)
{
(*res) = malloc(sizeof(XdgThemeGroup));
init_avl_tree(&(*res)->entries, strdup, (DestroyKey)free, strcmp);
}
return (*res);
}
void avl_tree_test_delete ( void ) {
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
BTNode * median_node;
IntBucket x;
IntBucket ib[] = {
{30272}, {16274}, {11768}, {10231}, {28474}, { 7272}, {15032}, {13196}, {29825}, { 6840},
{18444}, {18793}, {13786}, {21125}, {25311}, {23414}, {18374}, {24110}, {15465}, {26300},
{ 1181}, { 6297}, { 3693}, {20957}, {22585}, { 8915}, {30371}, { 2036}, {18499}, {18391},
{15360}, {32509}, {23336}, {18848}, {25712}, { 6162}, { 1483}, { 4309}, {13482}, {14809},
{ 5596}, {22524}, {13958}, {16918}, {25668}, {31621}, {30060}, {24637}, {28116}, {15994},
{30595}, {30642}, {30017}, { 7221}, { 2916}, { 7010}, {29356}, {22282}, {30649}, {17493},
{28780}, { 6725}, {26998}, {28805}, {24689}, {25547}, {17625}, {14250}, {11250}, {16195},
{ 9542}, {26029}, { 2734}, {23373}, {21176}, {28102}, { 1894}, { 325}, { 9406}, { 4915},
{ 8759}, {32413}, {14144}, { 5394}, { 3495}, {32030}, {23904}, { 4260}, {11579}, {11100},
{27212}, {20562}, {30264}, {30850}, {22393}, {28107}, {21299}, {25306}, { 2668}, { 3894},
};
int i;
for ( i = 0; i < 100; i += 1 ) {
avl_tree_insert(t, ib+i);
}
ASSERT(avl_verify_consistency(t, t->root), "Tree starting inconsistent.");
median_node = avl_tree_get_median(t);
avl_delete_node(t, median_node);
ASSERT(avl_verify_consistency(t, t->root), "Tree inconsistent after delete.");
median_node = avl_tree_get_median(t);
ASSERT( ((IntBucket*)(median_node->bucket))->p == 18374, "Wrong median after delete." );
while ( t->root->count > 1 ) {
avl_delete_node(t, t->root);
ASSERT(avl_verify_consistency(t, t->root), "Tree inconsistent after delete.");
}
avl_delete_node(t, t->root);
x.p = 99; avl_tree_insert(t, &x);
x.p = 199; avl_tree_insert(t, &x);
x.p = 299; avl_tree_insert(t, &x);
x.p = 399; avl_tree_insert(t, &x);
x.p = 499; avl_tree_insert(t, &x);
ASSERT(5 == t->root->count, "Wrong count after 5 inserts.");
ASSERT(avl_verify_consistency(t, t->root), "Tree inconsistent after 5 inserts.");
avl_delete_node(t, t->root->right);
ASSERT(4 == t->root->count, "Wrong count after first delete.");
ASSERT(avl_verify_consistency(t, t->root), "Tree inconsistent after first delete.");
destroy_avl_tree(t);
}
void avl_tree_traverse_test ( void ) {
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
IntBucket bucket;
int i;
srand(12345678);
for ( i = 0; i < 1000; i += 1 ) {
bucket.p = rand();
avl_tree_insert(t, &bucket);
}
avl_tree_traverse(t, doit);
destroy_avl_tree(t);
}
void avl_tree_insert_random ( void ) {
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
IntBucket bucket;
int i;
srand(12345678);
for ( i = 0; i < 100000; i += 1 ) {
bucket.p = rand();
avl_tree_insert(t, &bucket);
ASSERT(t->root->count == i+1, "Wrong count after insert");
}
ASSERT(avl_verify_consistency(t, t->root)==true, "Tree inconsistent after insert");
destroy_avl_tree(t);
}
static XdgTheme *_xdg_theme_map_item_add(AvlTree *map, const char *name)
{
XdgTheme **res = (XdgTheme **)search_or_create_node(map, name);
if ((*res) == NULL)
{
int len = strlen(name);
(*res) = malloc(sizeof(XdgTheme) + len);
init_avl_tree(&(*res)->groups, strdup, (DestroyKey)free, strcmp);
(*res)->parents = NULL;
memcpy((*res)->name, name, len);
(*res)->name[len] = 0;
}
return (*res);
}
int main(int argc, char *argv[]){
element_type test_array[20];
int i;
AVL_TREE T = init_avl_tree();
for(i=0; i<20; i++){
test_array[i] = random(200);
printf("%d ", test_array[i]);
}
printf("\n");
T = creat_avl_tree(test_array,sizeof(test_array)/sizeof(test_array[0]), T);
preorder(T);
printf("\n");
T = avl_delete(201, T);
preorder(T);
printf("\n");
return 0;
}
void avl_tree_insert_elements ( void )
{
IntBucket *a,*b,*c,*d,*e,*f,*g;
a = malloc(sizeof(IntBucket));
b = malloc(sizeof(IntBucket));
c = malloc(sizeof(IntBucket));
d = malloc(sizeof(IntBucket));
e = malloc(sizeof(IntBucket));
f = malloc(sizeof(IntBucket));
g = malloc(sizeof(IntBucket));
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
a->p = 99;
b->p = 8;
c->p = 7;
d->p = 100;
e->p = 101;
f->p = 75;
g->p = 90;
avl_tree_insert ( t, a );
ASSERT (t->root->count == 1, "Wrong count of children.");
ASSERT (t->root->height == 1, "Root with no children has wrong height.");
ASSERT (t->root->balance_factor == 0, "Root with no children has wrong balance factor.");
avl_tree_insert ( t, b );
ASSERT (t->root->count == 2, "Wrong count of children in root after inserting one child.");
ASSERT (t->root->height == 2, "Wrong height for root with one child.");
ASSERT (t->root->balance_factor == 1, "Root with one child has wrong balance factor.");
ASSERT (t->root->left->count == 1, "Child has wrong count.");
ASSERT (t->root->left->height == 1, "Child has wrong height.");
ASSERT (t->root->left->balance_factor == 0, "Node with no children has wrong balance factor.");
ASSERT (t->root->left->parent == t->root, "Left child has wrong parent after first insert.");
ASSERT ( ((IntBucket*)(t->root->bucket))->p == 99, "Wrong value for root" );
ASSERT ( ((IntBucket*)(t->root->left->bucket))->p == 8, "Wrong value for left child" );
avl_tree_insert(t,c); // ROOT->LEFT->LEFT, should get balance
ASSERT ( ((IntBucket*)(t->root->bucket))->p == 8, "Wrong root after insert requiring rotate");
ASSERT ( ((IntBucket*)(t->root->right->bucket))->p == 99, "Wrong root after insert requiring rotate");
ASSERT ( ((IntBucket*)(t->root->left->bucket))->p == 7, "Wrong root after insert requiring rotate");
ASSERT (t->root->left->parent == t->root, "Left has wrong parent after rebalance.");
ASSERT (t->root->right->parent == t->root, "Right has wrong parent after rebalance.");
ASSERT(t->root->count==3, "Wrong count of children at root after 2nd insert");
ASSERT(t->root->height==2, "Wrong height after 2nd insert");
ASSERT(t->root->balance_factor==0, "Wrong balance factor after 2nd insert");
ASSERT(t->root->left->count==1, "Wrong child count after 2nd insert");
ASSERT(t->root->left->height==1, "Wrong child height after 2nd insert");
ASSERT(t->root->left->balance_factor==0, "Wrong child balance factor after 2nd insert");
avl_tree_insert(t,d);
ASSERT(t->root->balance_factor == -1, "Wrong balance");
avl_tree_insert(t,e);
ASSERT(t->root->balance_factor == -1, "Wrong balance");
ASSERT(t->root->height == 3, "Wrong height");
avl_tree_insert(t,f);
avl_tree_insert(t,g);
ASSERT(t->root->count == 7, "wrong count");
destroy_avl_tree(t);
free(g);
free(f);
free(e);
free(d);
free(c);
free(b);
free(a);
}
void avl_tree_init_destroy ( void )
{
AVLTree * t = init_avl_tree(sizeof(int*), &bucket_int_compare);
ASSERT ( t, "init_avl_tree returned null" );
destroy_avl_tree ( t );
}
void avl_tree_insert_many ( void )
{
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
int insert_qty = 13;
IntBucket ib[] = {
{30272}, {16274}, {11768}, {10231}, {28474}, { 7272}, {15032}, {13196}, {29825}, { 6840},
{18444}, {18793}, {13786}, {21125}, {25311}, {23414}, {18374}, {24110}, {15465}, {26300},
{ 1181}, { 6297}, { 3693}, {20957}, {22585}, { 8915}, {30371}, { 2036}, {18499}, {18391},
{15360}, {32509}, {23336}, {18848}, {25712}, { 6162}, { 1483}, { 4309}, {13482}, {14809},
{ 5596}, {22524}, {13958}, {16918}, {25668}, {31621}, {30060}, {24637}, {28116}, {15994},
{30595}, {30642}, {30017}, { 7221}, { 2916}, { 7010}, {29356}, {22282}, {30649}, {17493},
{28780}, { 6725}, {26998}, {28805}, {24689}, {25547}, {17625}, {14250}, {11250}, {16195},
{ 9542}, {26029}, { 2734}, {23373}, {21176}, {28102}, { 1894}, { 325}, { 9406}, { 4915},
{ 8759}, {32413}, {14144}, { 5394}, { 3495}, {32030}, {23904}, { 4260}, {11579}, {11100},
{27212}, {20562}, {30264}, {30850}, {22393}, {28107}, {21299}, {25306}, { 2668}, { 3894},
};
int i;
/*
avl_tree_insert(t, ib+0);
ASSERT( ((IntBucket*)t->root->bucket)->p == 30272, "Wrong value in root after first insert");
ASSERT(t->root->count == 1, "Wrong count after first insert");
ASSERT(t->root->height == 1, "Wrong height after first insert");
ASSERT(t->root->balance_factor == 0, "Wrong balance factor after first insert");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity after first insert");
ASSERT(t->root->left == NULL, "Left not NULL after first insert");
ASSERT(t->root->right == NULL, "Right not NULL after first insert");
ASSERT(t->root->parent == NULL, "Root node parent not NULL");
ASSERT(avl_verify_consistency(t, t->root)==true, "Tree inconsistent after inserting");
avl_tree_insert(t, ib+1);
ASSERT( ((IntBucket*)t->root->bucket)->p == 30272, "Wrong value in root after second insert");
ASSERT( ((IntBucket*)t->root->left->bucket)->p == 16274, "Wrong value in root after second insert");
ASSERT(t->root->count == 2, "Wrong count after second insert");
ASSERT(t->root->height == 2, "Wrong height after second insert");
ASSERT(t->root->balance_factor == 1, "Wrong balance factor after second insert");
ASSERT(t->root->left != NULL, "no left child after second insert");
ASSERT(t->root->right == NULL, "right child exists after second insert");
ASSERT(t->root->left->parent == t->root, "Left child has wrong parent after second insert");
ASSERT(avl_verify_consistency(t, t->root)==true, "Tree inconsistent after inserting");
*/
for (i = 0; i < insert_qty; i += 1) {
avl_tree_insert(t, &(ib[i]));
// fprintf(stderr, "%d: %d\n", i, ib[i].p);
ASSERT(avl_verify_consistency(t, t->root)==true, "Tree inconsistent after inserting");
}
ASSERT(t->root->height == 5, "Wrong height after 13 inserts");
ASSERT(t->root->balance_factor = 1, "Wrong balance factor after 13 inserts");
ASSERT(t->root->count == 13, "Wrong count after 13 inserts");
ASSERT( ((IntBucket*)t->root->left->bucket)->p == 10231, "Wrong");
ASSERT( ((IntBucket*)t->root->left->left->bucket)->p == 7272, "Wrong");
ASSERT( ((IntBucket*)t->root->left->left->left->bucket)->p == 6840, "Wrong");
ASSERT( ((IntBucket*)t->root->left->right->bucket)->p == 13196, "Wrong");
ASSERT( ((IntBucket*)t->root->left->right->left->bucket)->p == 11768, "Wrong");
ASSERT( ((IntBucket*)t->root->left->right->right->bucket)->p == 15032, "Wrong");
ASSERT( ((IntBucket*)t->root->left->right->right->left->bucket)->p == 13786, "Wrong");
ASSERT( ((IntBucket*)t->root->right->bucket)->p == 29825, "Wrong");
ASSERT( ((IntBucket*)t->root->right->left->bucket)->p == 18793, "Wrong");
ASSERT( ((IntBucket*)t->root->right->left->left->bucket)->p == 18444, "Wrong");
ASSERT( ((IntBucket*)t->root->right->left->right->bucket)->p == 28474, "Wrong");
ASSERT( ((IntBucket*)t->root->right->right->bucket)->p == 30272, "Wrong");
avl_tree_insert(t, ib+i);
ASSERT( ((IntBucket*)t->root->right->bucket)->p == 28474, "Wrong");
ASSERT( ((IntBucket*)t->root->right->left->bucket)->p == 18793, "Wrong");
ASSERT( ((IntBucket*)t->root->right->left->left->bucket)->p == 18444, "Wrong");
ASSERT( ((IntBucket*)t->root->right->left->right->bucket)->p == 21125, "Wrong");
ASSERT( ((IntBucket*)t->root->right->right->bucket)->p == 29825, "Wrong");
ASSERT( ((IntBucket*)t->root->right->right->right->bucket)->p == 30272, "Wrong");
ASSERT(avl_verify_consistency(t, t->root) == true, "Inconsistent after insert 14");
for (; i < 100; i += 1) {
avl_tree_insert(t, &(ib[i]));
// fprintf(stderr, "%d: %d\n", i, ib[i].p);
ASSERT(avl_verify_consistency(t, t->root)==true, "Tree inconsistent after inserting");
}
destroy_avl_tree(t);
}
void avl_tree_bst_helpers ( void )
{
AVLTree * t = init_avl_tree(sizeof(IntBucket), &bucket_int_compare);
IntBucket *a,*b,*c,*d,*e,*f,*g,*h,*i,*j,*k;
a = malloc(sizeof(IntBucket));
b = malloc(sizeof(IntBucket));
c = malloc(sizeof(IntBucket));
d = malloc(sizeof(IntBucket));
e = malloc(sizeof(IntBucket));
f = malloc(sizeof(IntBucket));
g = malloc(sizeof(IntBucket));
h = malloc(sizeof(IntBucket));
i = malloc(sizeof(IntBucket));
j = malloc(sizeof(IntBucket));
k = malloc(sizeof(IntBucket));
a->p = 99;
b->p = 8;
c->p = 33;
d->p = 17;
e->p = 86;
f->p = 87;
g->p = 93;
h->p = 17;
i->p = 150;
j->p = 155;
k->p = 140;
bst_insert(t,a);
ASSERT(t->root->count == 1, "Wrong count.");
ASSERT(t->root->height == 1, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor == 0, "Wrong balance factor.");
ASSERT(t->root->left == NULL, "Left not NULL");
ASSERT(t->root->right == NULL, "Right not NULL");
bst_insert(t,b);
ASSERT(t->root->count == 2, "Wrong count.");
ASSERT(t->root->height == 2, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor == 1, "Wrong balance factor.");
ASSERT(t->root->right == NULL, "Right not NULL");
ASSERT(t->root->left != NULL, "Left NULL");
ASSERT(t->root->left->count == 1, "Wrong count.");
ASSERT(t->root->left->height == 1, "Wrong height.");
ASSERT(t->root->left->left == NULL, "Left not NULL.");
ASSERT(t->root->left->right == NULL, "Right not NULL.");
bst_insert(t,c);
ASSERT(t->root->count == 3, "Wrong count.");
ASSERT(t->root->height == 3, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 2, "Wrong balance factor.");
bst_insert(t,d);
ASSERT(t->root->count == 4, "Wrong count.");
ASSERT(t->root->height == 4, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 3, "Wrong balance factor.");
bst_insert(t,e);
ASSERT(t->root->count == 5, "Wrong count.");
ASSERT(t->root->height == 4, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 3, "Wrong balance factor.");
bst_insert(t,f);
ASSERT(t->root->count == 6, "Wrong count.");
ASSERT(t->root->height == 5, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 4, "Wrong balance factor.");
bst_insert(t,g);
ASSERT(t->root->count == 7, "Wrong count.");
ASSERT(t->root->height == 6, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 5, "Wrong balance factor.");
bst_insert(t,h);
ASSERT(t->root->count == 8, "Wrong count.");
ASSERT(t->root->height == 6, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 4, "Wrong balance factor.");
bst_insert(t,i);
ASSERT(t->root->count == 9, "Wrong count.");
ASSERT(t->root->height == 6, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 3, "Wrong balance factor.");
bst_insert(t,j);
ASSERT(t->root->count == 10, "Wrong count.");
ASSERT(t->root->height == 6, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 3, "Wrong balance factor.");
bst_insert(t,k);
ASSERT(t->root->count == 11, "Wrong count.");
ASSERT(t->root->height == 6, "Wrong height.");
ASSERT(t->root->multiplicity == 1, "Wrong multiplicity.");
ASSERT(t->root->balance_factor = 3, "Wrong balance factor.");
free(k);
free(j);
free(i);
free(h);
free(g);
free(f);
free(e);
free(d);
free(c);
free(b);
free(a);
destroy_avl_tree(t);
}