libds/src/main.c

#include <stdarg.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "ht.h"
#include "ll.h"
#include "vec.h"
#include "sprs.h"

int _test_vec_foreach_func(void* data, va_list args) {
  char* real_data = data;
  int* sum = va_arg(args, int*);

  *sum += *real_data;
  return 0;
}
int _test_vec_find_string(const void* a, const void* b) { return strcmp(a, b) == 0; }

int test_vec_basic() {
  vec test_vec;
  libds_result result = vec_init(&test_vec);
  vec_free(&test_vec);

  return result == LIBDS_SUCCESS;
}
int test_vec_add() {
  vec test_vec;
  char* test_string = "test";
  int return_code;

  vec_init(&test_vec);
  return_code = vec_add(&test_vec, test_string) == LIBDS_SUCCESS;
  if (return_code) return_code = *((void**)test_vec.data) == test_string;
  vec_free(&test_vec);

  return return_code;
}
int test_vec_remove() {
  vec test_vec;
  char* test_string = "test";
  char* second_test_string = "test2";
  int return_code;

  vec_init(&test_vec);
  vec_add(&test_vec, test_string);
  vec_add(&test_vec, test_string);
  vec_add(&test_vec, test_string);
  vec_add(&test_vec, second_test_string);
  vec_remove(&test_vec, test_string);
  return_code = ((void**)test_vec.data)[0] == second_test_string;
  vec_free(&test_vec);

  return return_code;
}
int test_vec_find() {
  vec test_vec;
  char* test_string = "test";
  int return_code;

  vec_init(&test_vec);
  vec_add(&test_vec, test_string);
  return_code =
      vec_find(&test_vec, test_string, _test_vec_find_string) == test_string;
  vec_free(&test_vec);
  return return_code;
}
int test_vec_foreach() {
  vec test_vec;
  int return_code;
  int sum = 0;
  char* test_strings[3] = {"1", "2", "3"};

  vec_init(&test_vec);
  vec_add(&test_vec, test_strings[0]);
  vec_add(&test_vec, test_strings[1]);
  vec_add(&test_vec, test_strings[2]);
  vec_foreach(&test_vec, NULL, compare_always, _test_vec_foreach_func, &sum);
  return_code =
      test_strings[0][0] + test_strings[1][0] + test_strings[2][0] == sum;
  vec_free(&test_vec);
  return return_code;
}
int test_vec_index() {
  vec test_vec;
  int return_code;
  char* test_strings[3] = {"1", "2", "3"};

  vec_init(&test_vec);
  vec_add(&test_vec, test_strings[0]);
  vec_add(&test_vec, test_strings[1]);
  vec_add(&test_vec, test_strings[2]);
  return_code = vec_index(&test_vec, 1) == test_strings[1];
  vec_free(&test_vec);
  return return_code;
}
int test_vec_clear(){
  vec test_vec;
  char* test_string = "test";
  void** vec_data = NULL;
  int return_code;
  vec_init(&test_vec);
  vec_data = test_vec.data;
  vec_add(&test_vec, test_string);
  vec_add(&test_vec, test_string);
  vec_add(&test_vec, test_string);
  vec_add(&test_vec, test_string);
  vec_clear(&test_vec);
  return_code = (vec_data[0] == vec_data[1]) && (vec_data[1] == vec_data[2]) && (vec_data[2] == vec_data[3]) && (test_vec.size == 0);
  vec_free(&test_vec);
  return return_code;
}

int _test_ht_foreach_func(void* data, va_list args) {
  char* real_data = data;
  int* sum = va_arg(args, int*);

  *sum += *real_data;
  return 0;
}

int test_ht_basic() {
  ht test_ht;
  ht_init(&test_ht);
  ht_free(&test_ht);
  return 1;
}
int test_ht_put() {
  int return_code;
  ht test_ht;
  char* test_key = "creamwove";
  char* test_value = "quists";
  unsigned int index = ht_default_hash_func(test_key) % LIBDS_HT_SIZE;
  ht_init(&test_ht);
  ht_put(&test_ht, test_key, test_value);
  return_code = test_ht.data[index] && test_ht.data[index]->data == test_value;
  ht_free(&test_ht);
  return return_code;
}
int test_ht_get() {
  int return_code;
  ht test_ht;
  char* test_one = "creamwove";
  char* test_two = "quists";
  ht_init(&test_ht);
  ht_put(&test_ht, test_one, test_two);
  ht_put(&test_ht, test_two, test_one);
  return_code = ht_get(&test_ht, test_one) == test_two &&
                ht_get(&test_ht, test_two) == test_one;
  ht_free(&test_ht);
  return return_code;
}
int test_ht_remove() {
  int return_code;
  ht test_ht;
  char* test_one = "creamwove";
  char* test_two = "quists";
  unsigned int index = ht_default_hash_func(test_one) % LIBDS_HT_SIZE;
  ht_init(&test_ht);
  ht_put(&test_ht, test_one, test_two);
  ht_put(&test_ht, test_two, test_one);
  ht_remove(&test_ht, test_two);
  return_code = test_ht.data[index] && test_ht.data[index]->data == test_two;
  ht_free(&test_ht);
  return return_code;
}
int test_ht_foreach() {
  int return_code;
  int sum = 0;
  ht test_ht;
  char* test_one = "one";
  char* test_two = "two";
    ht_init(&test_ht);
  ht_put(&test_ht, test_one, test_two);
  ht_put(&test_ht, test_two, test_one);
  ht_foreach(&test_ht, NULL, compare_always, _test_ht_foreach_func, &sum);
  return_code = *test_one + *test_two == sum;
  ht_free(&test_ht);
  return return_code;
}

int _test_ll_foreach_count(void* data, va_list args){
    (*va_arg(args, int*))++;
    return 0;
}

int test_ll_basic() {
    ll test_ll;
    ll_init(&test_ll);
    ll_free(&test_ll);
    return 1;
}
int test_ll_append() {
    int return_code;
    ll test_ll;
    char* test_string = "test";
    ll_init(&test_ll);
    ll_append(&test_ll, test_string);
    return_code = test_ll.head->data == test_string && test_ll.tail->data == test_string;
    ll_free(&test_ll);
    return return_code;
}
int test_ll_prepend() {
    int return_code;
    ll test_ll;
    char* test_string = "test";
    ll_init(&test_ll);
    ll_prepend(&test_ll, test_string);
    return_code = test_ll.head->data == test_string && test_ll.tail->data == test_string;
    ll_free(&test_ll);
    return return_code;
}
int test_ll_remove() {
    int return_code;
    ll test_ll;
    char* test_string = "test";
    ll_init(&test_ll);
    ll_prepend(&test_ll, test_string);
    ll_prepend(&test_ll, test_string);
    ll_remove(&test_ll, test_string);
    return_code = test_ll.tail == NULL && test_ll.head == NULL;
    ll_free(&test_ll);
    return return_code;
}
int test_ll_find() {
    int return_code;
    ll test_ll;
    char* test_string = "test";
    ll_init(&test_ll);
    ll_prepend(&test_ll, test_string);
    return_code = ll_find(&test_ll, "test", _test_vec_find_string) == test_string;
    ll_free(&test_ll);
    return return_code;
}
int test_ll_foreach(){
    int return_code;
    int count = 0;
    ll test_ll;
    char* test_string = "test";
    ll_init(&test_ll);
    ll_append(&test_ll, test_string);
    ll_append(&test_ll, test_string);
    ll_foreach(&test_ll, NULL, compare_always, _test_ll_foreach_count, &count);
    return_code = count == 2;
    ll_free(&test_ll);
    return return_code;
}
int test_ll_pophead(){
    int return_code;
    ll test_ll;
    char* test_string_one = "test 1";
    char* test_string_two = "test 2";
    ll_init(&test_ll);
    ll_append(&test_ll, test_string_one);
    ll_append(&test_ll, test_string_two);
    return_code = ll_pophead(&test_ll) == test_string_one
                  && ll_head(&test_ll) == ll_tail(&test_ll)
                  && ll_head(&test_ll) == test_string_two;
    ll_free(&test_ll);
    return return_code;
}
int test_ll_poptail(){
    int return_code;
    ll test_ll;
    char* test_string_one = "test 1";
    char* test_string_two = "test 2";
    ll_init(&test_ll);
    ll_append(&test_ll, test_string_one);
    ll_append(&test_ll, test_string_two);
    return_code = ll_poptail(&test_ll) == test_string_two
                  && ll_head(&test_ll) == ll_tail(&test_ll)
                  && ll_head(&test_ll) == test_string_one;
    ll_free(&test_ll);
    return return_code;
}

int _test_sprs_foreach_count(void* data, va_list args){
  (*(va_arg(args, int*)))++;
  return 0;
}

int test_sprs_basic(){
  sprs sprs;
  sprs_init(&sprs);
  sprs_setup(&sprs, 1);
  sprs_free(&sprs);
  return 1;
}

int test_sprs_put(){
  int return_code;
  sprs sprs;
  sprs_init(&sprs);
  sprs_setup(&sprs, 4);
  sprs_put(&sprs, 2, NULL);
  return_code = sprs.dense[0] == 2 && sprs.sparse[2].index == 0 && sprs.sparse[2].data == NULL;
  sprs_free(&sprs);
  return return_code;
}

int test_sprs_put_grow(){
  char* test_string_one = "test 1";
  char* test_string_two = "test 2";
  int return_code = 1;
  sprs sprs;
  sprs_init(&sprs);
  sprs_setup(&sprs, 2);
  sprs_put_grow(&sprs, 1, test_string_one);
  return_code &= sprs.dense[0] == 1 && sprs.sparse[1].index == 0 && sprs.sparse[1].data == test_string_one;
  return_code &= sprs.capacity == 2;
  sprs_put_grow(&sprs, 3, test_string_two);
  return_code &= sprs.dense[1] == 3 && sprs.sparse[3].index == 1 && sprs.sparse[3].data == test_string_two;
  return_code &= sprs.capacity == 4;
  sprs_put_grow(&sprs, 12, test_string_one);
  return_code &= sprs.dense[2] == 12 && sprs.sparse[12].index == 2 && sprs.sparse[12].data == test_string_one;
  return_code &= sprs.capacity == 16;
  sprs_free(&sprs);
  return return_code;
}

int test_sprs_contains(){
  int return_code;
  sprs sprs;
  sprs_init(&sprs);
  sprs_setup(&sprs, 4);
  sprs_put(&sprs, 2, NULL);
  sprs_put(&sprs, 3, NULL);
  return_code = (sprs_contains(&sprs, 2) == 1) && (sprs_contains(&sprs, 3) == 1) && (sprs_contains(&sprs, 0) == 0);
  sprs_free(&sprs);
  return return_code;
}

int test_sprs_get(){
  int return_code;
  sprs sprs;
  char* test_string = "test";
  sprs_init(&sprs);
  sprs_setup(&sprs, 4);
  sprs_put(&sprs, 2, test_string);
  sprs_put(&sprs, 3, NULL);
  return_code = sprs_get(&sprs, 2) == test_string && sprs_get(&sprs, 3) == NULL && sprs_get(&sprs, 0) == NULL;
  sprs_free(&sprs);
  return return_code;
}

int test_sprs_find(){
  int return_code;
  sprs sprs;
  char* test_string = "test";
  sprs_init(&sprs);
  sprs_setup(&sprs, 4);
  sprs_put(&sprs, 3, test_string);
  return_code = sprs_find(&sprs, test_string, compare_pointer) == test_string;
  sprs_free(&sprs);
  return return_code;
}

int test_sprs_foreach(){
  int return_code;
  sprs sprs;
  int count = 0;
  sprs_init(&sprs);
  sprs_setup(&sprs, 4);
  sprs_put(&sprs, 0, NULL);
  sprs_put(&sprs, 2, NULL);
  sprs_put(&sprs, 3, NULL);
  sprs_foreach(&sprs, NULL, compare_always, _test_sprs_foreach_count, &count);
  return_code = count == 3;
  sprs_free(&sprs);
  return return_code;
}

int run_test(char* test_name, int (*test_func)()) {
  int success = test_func();
  printf("Running test %-15s . . . ", test_name);
  printf("%s\n", success ? "Passed" : "Failed");
  return success;
}

int main(int argc, char** argv) {
  char* test_names[27] = {"vec_basic",   "vec_add",   "vec_remove", "vec_find",
                          "vec_foreach", "vec_index", "vec_clear", "ht_basic",   "ht_put",
                          "ht_get",      "ht_remove", "ht_foreach", "ll_basic", "ll_append", "ll_prepend", "ll_remove", "ll_find" , "ll_foreach", "ll_pophead", "ll_poptail", "sprs_basic", "sprs_put", "sprs_put_grow", "sprs_contains", "sprs_get", "sprs_find", "sprs_foreach"};

  int (*test_functions[27])() = {
      test_vec_basic,   test_vec_add,   test_vec_remove, test_vec_find,
      test_vec_foreach, test_vec_index, test_vec_clear, test_ht_basic,   test_ht_put,
      test_ht_get,      test_ht_remove, test_ht_foreach, test_ll_basic, test_ll_append, test_ll_prepend, test_ll_remove, test_ll_find, test_ll_foreach, test_ll_pophead, test_ll_poptail, test_sprs_basic, test_sprs_put, test_sprs_put_grow, test_sprs_contains, test_sprs_get, test_sprs_find, test_sprs_foreach};

  int test_index = 0;
  int result = 1;
  for (; test_index < 26 && result; test_index++) {
    result = run_test(test_names[test_index], test_functions[test_index]);
  }
  return result ? EXIT_SUCCESS : EXIT_FAILURE;
}