void test_repeat_word(void){
char buff[MAX_OUT_BUFF] = "";
char *words[] = {"a", "a", "a", "a", "a"};
struct yaml_stringaab * ys = create_yamlaab();
print_test_infoaab(ys, "test_repeat_word", "a a a a a", "a 5", "20");
clear_hashtab();
count_words(words, sizeof(words)/sizeof(char*));
qsort(hashtab, HASH_TAB, sizeof(struct hashrec), cmp);
print_hashtab(buff, MAX_OUT_BUFF);
print_test_outputaab(ys, buff);
}
void test_zero_words(void){
char buff[MAX_OUT_BUFF] = "";
char *words[] = {NULL};
struct yaml_stringaab * ys = create_yamlaab();
print_test_infoaab(ys, "test_zero_words", "", "", "20");
clear_hashtab();
count_words(words, 0);
qsort(hashtab, HASH_TAB, sizeof(struct hashrec), cmp);
print_hashtab(buff, MAX_OUT_BUFF);
print_test_outputaab(ys, buff);
}
int main()
{
char* h =(char*) malloc(NUM_TOTAL_CONSTRAINT*SIZE_CONSTRAINT);
bzero(h,NUM_TOTAL_CONSTRAINT*SIZE_CONSTRAINT);
hash_tab* ht = init_hashtab(4,2,h);
put_element(ht,0,strdup("_Ad b "));
put_element(ht,0,strdup("_lc a c "));
put_element(ht,1,strdup("_v1 "));
print_hashtab(ht);
char* out=(char*) malloc(NUM_TOTAL_CONSTRAINT*SIZE_CONSTRAINT);
bzero(out,NUM_TOTAL_CONSTRAINT*SIZE_CONSTRAINT);
solver_constraint_wrapper(ht,out);
}
void test_unique_words(void){
char buff[MAX_OUT_BUFF] = "";
char *words[] = {"cat", "sat", "on", "the", "mat"};
struct yaml_stringaab * ys = create_yamlaab();
print_test_infoaab(ys, "test_unique_words",
"cat sat on the mat",
"cat 1\nmat 1\non 1\nsat 1\nthe 1",
"20");
clear_hashtab();
count_words(words, sizeof(words)/sizeof(char*));
qsort(hashtab, HASH_TAB, sizeof(struct hashrec), cmp);
print_hashtab(buff, MAX_OUT_BUFF);
print_test_outputaab(ys, buff);
}
