void test_of_reverse_for_CHAR_TYPE(){
Linked_list list=createList();
char _0th='Y',_1st='S',_2nd='e',_3rd='e',_4th='t',_5th='a',_6th=' ',_7th='R',_8th='a',_9th='m';
add_to_list(&list,&_0th);
add_to_list(&list,&_1st);
add_to_list(&list,&_2nd);
add_to_list(&list,&_3rd);
add_to_list(&list,&_4th);
add_to_list(&list,&_5th);
add_to_list(&list,&_6th);
add_to_list(&list,&_7th);
add_to_list(&list,&_8th);
add_to_list(&list,&_9th);
Linked_list reversed_list = reverse(list);
Element *e0=getElementAt(reversed_list,0);
Element *e8=getElementAt(reversed_list,8);
Element *e3=getElementAt(reversed_list,3);
Element *e2=getElementAt(reversed_list,2);
Element *e9=getElementAt(reversed_list,9);
assert(TYPECHAR(e0->value)=='m');
assert(TYPECHAR(e8->value)=='S');
assert(TYPECHAR(e3->value)==' ');
assert(TYPECHAR(e2->value)=='R');
assert(TYPECHAR(e9->value)=='Y');
}
void test_for_getElementAt_returns_the_value_at_index_char_type_of_list(){
Linked_list list = createList();
int _0th,_1st,_2nd,_3rd,_4th;
_0th ='A';
_1st ='B';
_2nd ='b';
_3rd ='a';
_4th ='A';
add_to_list(&list ,&_0th);
add_to_list(&list ,&_1st);
add_to_list(&list ,&_2nd);
add_to_list(&list ,&_3rd);
add_to_list(&list ,&_4th);
Element *e0=getElementAt(list,0);
Element *e1=getElementAt(list,1);
Element *e2=getElementAt(list,2);
Element *e3=getElementAt(list,3);
Element *e4=getElementAt(list,4);
assert(TYPECHAR(e0->value)=='A');
assert(TYPECHAR(e1->value)=='B');
assert(TYPECHAR(e2->value)=='b');
assert(TYPECHAR(e3->value)=='a');
assert(TYPECHAR(e4->value)=='A');
assert(getElementAt(list,9)==NULL);
}
void test_for_add_to_list_it_add_CHAR_type_ELEMENT_at_the_end_of_list(){
Linked_list list = createList();
char _1st = 'K',_2nd='9';
assert(1==add_to_list(&list ,&_1st));
assert(2==add_to_list(&list ,&_2nd));
assert(TYPECHAR(list.head->value)=='K');
assert(TYPECHAR(list.tail->value)=='9');
assert(list.length==2);
}
void test_for_get_last_element_returns_last_element_from_the_CHAR_type_of_list(){
Linked_list list = createList();
char _1st,_2nd,_3rd;
_1st ='a';
_2nd ='g';
_3rd ='9';
add_to_list(&list ,&_1st);
add_to_list(&list ,&_2nd);
add_to_list(&list ,&_3rd);
assert(TYPECHAR(get_last_element(list))=='9');
}
void test_for_deleteElement_it_delete_the_LAST_element_of_CHAR_type_from_list(){
Linked_list list=createList();
char _1st ='A',_2nd='a',_3rd='b';
add_to_list(&list,&_1st);
add_to_list(&list,&_2nd);
add_to_list(&list,&_3rd);
assert(list.length==3);
assert(TYPECHAR(list.head->value)==_1st);
assert(TYPECHAR(list.tail->value)==_3rd);
deleteElementAt(&list,list.length-1);
assert(TYPECHAR(list.head->value)==_1st);
assert(TYPECHAR(list.tail->value)==_2nd);
assert(list.length==2);
}
/*
* Return the standard ls-like mode string from a file mode.
* This is static and so is overwritten on each call.
*/
const char *mode_string(int mode)
{
static char buf[12];
int i;
buf[0] = TYPECHAR(mode);
for (i = 0; i < 9; i++) {
if (mode & SBIT[i])
buf[i + 1] = (mode & MBIT[i]) ? SMODE1[i] : SMODE0[i];
else
buf[i + 1] = (mode & MBIT[i]) ? MODE1[i] : MODE0[i];
}
return buf;
}