static bool _oom_test(ls_err *err)
{
ls_htable *table;
// initial bucket count of 1 to force a resize and increase coverage
if (!ls_htable_create(1, ls_str_hashcode, ls_str_compare, &table, err))
{
return false;
}
if (!ls_htable_put(table, "key1", "value one", NULL, err)
|| !ls_htable_put(table, "key1", "value one again", NULL, err)
|| !ls_htable_put(table, "key2", "value two", NULL, err)
|| !ls_htable_put(table, "key3", "value three", NULL, err)
|| !ls_htable_put(table, "key4", "value four", NULL, err))
{
ls_htable_destroy(table);
return false;
}
if (4 != ls_htable_get_count(table))
{
ls_htable_destroy(table);
return false;
}
ls_htable_destroy(table);
return true;
}
CTEST(ls_htable, walk)
{
ls_htable *table;
walk_data wd;
unsigned int idx;
ls_err err;
ASSERT_TRUE(ls_htable_create(7,
ls_str_hashcode,
ls_str_compare,
&table,
&err));
ASSERT_TRUE(ls_htable_put(table, "key1", "value one", NULL, &err));
ASSERT_TRUE(ls_htable_put(table, "key2", "value two", NULL, &err));
ASSERT_TRUE(ls_htable_put(table, "key3", "value three", NULL, &err));
wd.table = table;
wd.cmp = ls_str_compare;
wd.visited = 0;
wd.results = (int*)malloc(3 * sizeof(int));
ls_htable_walk(table, test_htable_walk, &wd);
ASSERT_EQUAL(ls_htable_get_count(table), wd.visited);
idx = 0;
while (idx < wd.visited)
{
ASSERT_TRUE(wd.results[idx++]);
}
free(wd.results);
ls_htable_destroy(table);
}
CTEST(ls_htable, iteration)
{
ls_htable *table;
ls_hnode *node;
unsigned int count;
ls_err err;
// initial bucket count of 1 to force a resize and increase coverage
ASSERT_TRUE(ls_htable_create(1, ls_str_hashcode,
ls_str_compare, &table, &err));
node = ls_htable_get_first_node(table);
ASSERT_NULL(node );
ASSERT_TRUE(ls_htable_put(table, "key1", ls_data_strdup("value one"),
ls_htable_free_data_cleaner, NULL));
ASSERT_TRUE(ls_htable_put(table, "key2", ls_data_strdup("value two"),
ls_htable_free_data_cleaner, NULL));
ASSERT_TRUE(ls_htable_put(table, "key3", ls_data_strdup("value three"),
ls_htable_free_data_cleaner, NULL));
count = 1;
node = ls_htable_get_first_node(table);
while ((node = ls_htable_get_next_node(table, node)) != NULL)
{
count++;
ASSERT_NOT_NULL(ls_hnode_get_key(node) );
ASSERT_NOT_NULL(ls_hnode_get_value(node) );
}
ASSERT_TRUE(count == ls_htable_get_count(table));
ls_htable_remove(table, "key2");
count = 1;
node = ls_htable_get_first_node(table);
while ((node = ls_htable_get_next_node(table, node)) != NULL)
{
count++;
ASSERT_NOT_NULL(ls_hnode_get_key(node) );
ASSERT_NOT_NULL(ls_hnode_get_value(node) );
}
ASSERT_EQUAL(count, ls_htable_get_count(table));
ls_htable_destroy(table);
}
CTEST(ls_htable, basics)
{
ls_htable* table;
ls_err err;
ASSERT_TRUE( ls_htable_create(7,
ls_str_hashcode,
ls_str_compare,
&table,
&err) );
ASSERT_EQUAL(ls_htable_get_count(table), 0);
ASSERT_NULL( ls_htable_get(table, "key1") );
ASSERT_NULL( ls_htable_get(table, "key2") );
pvalue = NULL;
ASSERT_TRUE( ls_htable_put(table, "key1", "value one",
test_htable_store_pvalue, &err) );
ASSERT_NULL(pvalue);
ASSERT_EQUAL(ls_htable_get_count(table), 1);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key1"), "value one"), 0);
ASSERT_NULL( ls_htable_get(table, "key2") );
ASSERT_TRUE( ls_htable_put(table, "key2", "value two",
test_htable_store_pvalue, &err) );
ASSERT_NULL(pvalue);
ASSERT_EQUAL(ls_htable_get_count(table), 2);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key1"), "value one"), 0);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key2"), "value two"), 0);
ASSERT_TRUE( ls_htable_put(table, "key1", "val 1", test_htable_store_pvalue,
&err) );
ASSERT_EQUAL(strcmp( (const char*)pvalue, "value one" ), 0);
ASSERT_EQUAL(ls_htable_get_count(table), 2);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key1"), "val 1"), 0);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key2"), "value two"), 0);
pvalue = NULL;
ls_htable_remove(table, "key1");
ASSERT_EQUAL(strcmp(pvalue, "val 1"), 0);
ASSERT_EQUAL(ls_htable_get_count(table), 1);
ASSERT_NULL( ls_htable_get(table, "key1") );
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key2"), "value two"), 0);
pvalue = NULL;
ASSERT_TRUE( ls_htable_put(table, "key1", "first value",
test_htable_store_pvalue, &err) );
ASSERT_NULL(pvalue);
ASSERT_EQUAL(ls_htable_get_count(table), 2);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key1"), "first value"), 0);
ASSERT_EQUAL(strcmp(ls_htable_get(table, "key2"), "value two"), 0);
ls_htable_clear(table);
ASSERT_EQUAL(ls_htable_get_count(table), 0);
ASSERT_NULL( ls_htable_get(table, "key1") );
ASSERT_NULL( ls_htable_get(table, "key2") );
ls_htable_destroy(table);
}
CTEST(ls_htable, node)
{
ls_htable *table;
ls_hnode *node;
ls_err err;
ASSERT_TRUE(ls_htable_create(7,
ls_str_hashcode,
ls_str_compare,
&table,
&err));
ls_htable_put(table, "key1", "value one", test_htable_store_pvalue, &err);
ls_htable_put(table, "key2", "value two", test_htable_store_pvalue, &err);
ls_htable_put(table, "key3", "value three", test_htable_store_pvalue, &err);
node = ls_htable_get_node(table, "key1");
ASSERT_EQUAL(strcmp(ls_hnode_get_key(node), "key1") , 0);
ASSERT_EQUAL(strcmp(ls_hnode_get_value(node), "value one") , 0);
pvalue = NULL;
ls_hnode_put_value(node, "val1", test_htable_store_pvalue);
ASSERT_EQUAL(strcmp(pvalue, "value one") , 0);
ASSERT_EQUAL(strcmp(ls_hnode_get_value(node), "val1") , 0);
pvalue = NULL;
ls_hnode_put_value(node, "value 1", test_htable_store_pvalue);
ASSERT_EQUAL(strcmp(pvalue, "val1") , 0);
ASSERT_EQUAL(strcmp(ls_hnode_get_value(node), "value 1") , 0);
pvalue = NULL;
ls_hnode_put_value(node, "first value", NULL);
ASSERT_EQUAL(strcmp(pvalue, "value 1") , 0);
ASSERT_EQUAL(strcmp(ls_hnode_get_value(node), "first value") , 0);
pvalue = NULL;
ls_hnode_put_value(node, "value #1", test_htable_store_pvalue);
ASSERT_NULL(pvalue);
ASSERT_EQUAL(strcmp(ls_hnode_get_value(node), "value #1") , 0);
ls_htable_remove_node(table, node);
ASSERT_EQUAL(ls_htable_get_count(table), 2);
ls_htable_destroy(table);
}
