int main(int argc, char* argv[]) {
HashTable hashTable;
hashTable.Linkinit();
hashTable.HashTableInit("Com_names1.txt");
hashTable.HashTableInit("Com_names2.txt");
string command = "";
cout << "r - 탐색\td - 삭제\tt-일괄삭제\tp-성능측정" << endl;
cout << "명령은? ";
getline(cin, command);
while (command != "e") {
if (command[0] == 'r') {
char recName[100];
CharSplit(command, recName);
int index;
int prob = 0;
hashTable.Retrieve(recName, &index, &prob);
if(index != -1)
cout << "저장위치= " << index << ", Probe 수= " << prob << endl;
else
cout << "없는 데이터 입니다." << endl;
//해시테이블 탐색
} else if (command[0] == 'd') {
//해시테이블 데이터 삭제
char recName[100];
CharSplit(command, recName);
int index;
int relocation;
hashTable.Delete(recName, &index, &relocation);
if(index != -1)
cout << "저장위치= " << index << ", Relocation 수= " << relocation
<< endl;
else
cout << "없는 데이터 입니다." << endl;
} else if (command[0] == 't') {
//해시테이블 일괄 삭제
int count = 0;
count = hashTable.TotalDelete("Com_names1.txt");
count += hashTable.TotalDelete("Com_names2.txt");
cout << "Total Relocation 수= " << count << endl;
} else if (command[0] == 'p') {
//해시테이블 성능 측정
double avg = hashTable.PerformanceMeasurement();
cout << "Average probe number = " << avg << endl;
}
cout << "명령은? ";
getline(cin, command);
}
cout << "실험을 종료합니다." << endl;
cout << hashTable.GetLength() << endl;
return 0;
}
int main(int argc, const char * argv[])
{
HashTable * ht = iHashTable.Create(64, sizeof(int));
const char test_key0[] = "test_key0";
const char test_key1[] = "test_key1";
const char test_key2[] = "test_key2";
const char invalid_key[] = "invalid_key";
int a = 1;
int b = 2;
int c = 3;
// Test Insert & Retrieve
printf ("Test Insert & Retrieve...\n");
ht->Insert(ht, (void*)test_key0, strlen(test_key0), &a);
ht->Insert(ht, (void*)test_key1, strlen(test_key1), &b);
ht->Insert(ht, (void*)test_key2, strlen(test_key2), &c);
assert(ht->cnt == 3);
int data;
ht->Retrieve(ht, (void*)test_key0, strlen(test_key0), &data);
assert(data == a);
ht->Retrieve(ht, (void*)test_key1, strlen(test_key1), &data);
assert(data == b);
ht->Retrieve(ht, (void*)test_key2, strlen(test_key2), &data);
assert(data == c);
int ret = ht->Retrieve(ht, (void*)invalid_key, strlen(invalid_key), &data);
assert(ret == E_NOT_FOUND);
assert(ht->cnt == 3);
// Test replacement
printf ("Test Replace...\n");
ht->Insert(ht, (void*)test_key0, strlen(test_key0), &b);
assert(ht->cnt == 3);
ht->Retrieve(ht, (void*)test_key0, strlen(test_key0), &data);
assert(data == b);
// Test Continas, Find & Erase
printf ("Test Contains, Find, Erase...\n");
void *key_ret = NULL;
size_t key_len;
assert(ht->Contains(ht, &c) == RET_OK);
ht->Find(ht, &c, &key_ret, &key_len);
assert(key_ret != NULL && key_len != 0);
ht->Erase(ht, key_ret, key_len);
free (key_ret);
assert(ht->cnt == 2);
assert(ht->Contains(ht, &c) == E_NOT_FOUND);
ret = ht->Retrieve(ht, (void*)test_key2, strlen(test_key2), &data);
assert(ret == E_NOT_FOUND);
// Test destroy
printf ("Test Destroy...\n");
ht->Destroy(ht);
printf("All tests passed\n");
}