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_map(){
LinkedList list = createList();
void *item = (int *)malloc(sizeof(int));
*(int *)item = 10;
int length = add_to_list(&list, item);
void *item1 = (int *)malloc(sizeof(int));
*(int *)item1 = 11;
length = add_to_list(&list, item1);
void *item2 = (int *)malloc(sizeof(int));
*(int *)item2 = 12;
length = add_to_list(&list, item2);
void *item3 = (char *)malloc(sizeof(char));
*(char *)item3 = 13;
length = add_to_list(&list, item3);
int hint = 2;
LinkedList mapped_list = map(list, add, &hint);
assert(mapped_list.length == 4);
printf("All items are inserted\n");
assert(*(int *)mapped_list.first->value == 12);
assert(*(int *)mapped_list.last->value == 15);
int element = *(int *)getElementAt(mapped_list, 1);
int element1 = *(int *)getElementAt(mapped_list, 2);
assert(element == 13);
assert(element1 == 14);
printf("All items are mapped\n");
}
void test_reverse(){
LinkedList list = createList();
void *item = (int *)malloc(sizeof(int));
*(int *)item = 10;
int length = add_to_list(&list, item);
void *item1 = (int *)malloc(sizeof(int));
*(int *)item1 = 11;
length = add_to_list(&list, item1);
void *item2 = (int *)malloc(sizeof(int));
*(int *)item2 = 12;
length = add_to_list(&list, item2);
void *item3 = (char *)malloc(sizeof(char));
*(char *)item3 = 13;
length = add_to_list(&list, item3);
LinkedList reversed_list = reverse(list);
assert(reversed_list.length == 4);
assert(*(int *)(reversed_list.first->value) == 13);
assert(*(int *)(reversed_list.last->value) == 10);
int element = *(int *)getElementAt(reversed_list, 1);
int element1 = *(int *)getElementAt(reversed_list, 2);
assert(element == 12);
assert(element1 == 11);
printf("Given linked list has been reversed\n");
}
void test_filter(){
LinkedList list = createList();
void *item = (int *)malloc(sizeof(int));
*(int *)item = 10;
int length = add_to_list(&list, item);
void *item1 = (int *)malloc(sizeof(int));
*(int *)item1 = 11;
length = add_to_list(&list, item1);
void *item2 = (int *)malloc(sizeof(int));
*(int *)item2 = 12;
length = add_to_list(&list, item2);
void *item3 = (char *)malloc(sizeof(char));
*(char *)item3 = 13;
length = add_to_list(&list, item3);
LinkedList filtered_list = filter(list, isEven, NULL);
assert(filtered_list.length == 2);
printf("List has been filtered and has two items in it\n");
int element = *(int *)getElementAt(filtered_list, 0);
int element1 = *(int *)getElementAt(filtered_list, 1);
assert(element == 10);
assert(element1 == 12);
printf("Two items are there in the filtered list\n");
}
void test_getElementAt(){
LinkedList list = createList();
void *item = (int *)malloc(sizeof(int));
*(int *)item = 10;
int length = add_to_list(&list, item);
void *item1 = (int *)malloc(sizeof(int));
*(int *)item1 = 11;
length = add_to_list(&list, item1);
void *item2 = (int *)malloc(sizeof(int));
*(int *)item2 = 12;
length = add_to_list(&list, item2);
void *item3 = (char *)malloc(sizeof(char));
*(char *)item3 = 'P';
length = add_to_list(&list, item3);
int element = *(int *)getElementAt(list, 1);
int element1 = *(int *)getElementAt(list, 2);
char element2 = *(char *)getElementAt(list, 3);
assert(element == 11);
assert(element1 == 12);
assert(element2 == 'P');
printf("Element has been found at second position\n");
}
void test_get_element_at_int() {
LinkedList list = createList();
int val1 = 2, val2 = 3, val3 = 4;
add_to_list(&list, &val1);
add_to_list(&list, &val2);
add_to_list(&list, &val3);
assert(4 == *(int *)getElementAt(list, 2));
assert(2 == *(int *)getElementAt(list, 0));
assert(NULL == (int *)getElementAt(list, 3));
assert(NULL == (int *)getElementAt(list, -1));
};
void test_get_element_at_float() {
LinkedList list = createList();
float val1 = 2.23, val2 = 3.11, val3 = 4.02;
add_to_list(&list, &val1);
add_to_list(&list, &val2);
add_to_list(&list, &val3);
assert(val3 == *(float *)getElementAt(list, 2));
assert(val1 == *(float *)getElementAt(list, 0));
assert(NULL == (float *)getElementAt(list, 3));
assert(NULL == (float *)getElementAt(list, -1));
};
void test_get_element_at_double() {
LinkedList list = createList();
double val1 = 2.23, val2 = 3.11, val3 = 4.02;
add_to_list(&list, &val1);
add_to_list(&list, &val2);
add_to_list(&list, &val3);
assert(4.02 == *(double *)getElementAt(list, 2));
assert(2.23 == *(double *)getElementAt(list, 0));
assert(NULL == (double *)getElementAt(list, 3));
assert(NULL == (double *)getElementAt(list, -1));
};
void test_get_element_at_char() {
LinkedList list = createList();
char val1 = 'S', val2 = 'A', val3 = 'Q';
add_to_list(&list, &val1);
add_to_list(&list, &val2);
add_to_list(&list, &val3);
assert('Q' == *(char *)getElementAt(list, 2));
assert('S' == *(char *)getElementAt(list, 0));
assert(NULL == (char *)getElementAt(list, 3));
assert(NULL == (char *)getElementAt(list, -1));
};
void test_get_element_at_string() {
LinkedList list = createList();
char val1[] = "The", val2[] = "World", val3[] = "Beautiful";
add_to_list(&list, &val1);
add_to_list(&list, &val2);
add_to_list(&list, &val3);
assert(val3 == (char *)getElementAt(list, 2));
assert(val1 == (char *)getElementAt(list, 0));
assert(NULL == (char *)getElementAt(list, 3));
assert(NULL == (char *)getElementAt(list, -1));
};
void test_getElementAt(){
LinkedList list = createList();
int num = 10,num1 = 9,num2 = 8,num3 = 7;
add_to_list(&list,&num);
add_to_list(&list,&num1);
add_to_list(&list,&num2);
add_to_list(&list,&num3);
int * result = getElementAt(list,1);
assert(9==*result);
int * result1 = getElementAt(list,3);
assert(7==*result1);
}
void test_for_get_element_at_given_index() {
LinkedList list = createList();
int num[10] = {32,43,223,54,76,7,45,3,4,23};
for (int i = 0; i < 10; ++i) {
add_to_list(&list,&num[i]);
};
void *ele1 = getElementAt(list,4);
void *ele2 = getElementAt(list,6);
void *ele3 = getElementAt(list,11);
assert(*(int *)ele1==76);
assert(*(int *)ele2==45);
assert(ele3==NULL);
}
void test_map_increment() {
LinkedList list = createList();
int arr[7] = {2, 3, 4, 6, 1, 12, 45};
for (size_t i = 0; i < 7; i++) {
add_to_list(&list, &arr[i]);
}
LinkedList output = map(list, &increment_by_1, NULL);
int *index1 = getElementAt(output, 1);
int *index2 = getElementAt(output, 2);
assert(*(int *)output.head->value == 3);
assert(*index1 == 4);
assert(*index2 == 5);
assert(*(int *)output.tail->value == 46);
};
void test_filter_isEven() {
LinkedList list = createList();
int arr[7] = {2, 3, 4, 6, 1, 12, 45};
for (size_t i = 0; i < 7; i++) {
add_to_list(&list, &arr[i]);
}
LinkedList output = filter(list, &isEven, NULL);
int *index1 = getElementAt(output, 1);
int *index2 = getElementAt(output, 2);
assert(*(int *)output.head->value == 2);
assert(*index1 == 4);
assert(*index2 == 6);
assert(*(int *)output.tail->value == 12);
};
void test_getElementAt_for_string(){
LinkedList list = createList();
char letter[] = "anjaly";
char letter1[] = "babitha";
char letter2[] = "chithra";
char letter3[] = "diya";
add_to_list(&list,letter);
add_to_list(&list,letter1);
add_to_list(&list,letter2);
add_to_list(&list,letter3);
assert(strcmp((char *)getElementAt(list,1),letter1)==0);
assert(strcmp((char *)getElementAt(list,0),letter)==0);
assert(strcmp((char *)getElementAt(list,2),letter2)==0);
assert(strcmp((char *)getElementAt(list,3),letter3)==0);
}
void test_getElementAt_for_char(){
LinkedList list = createList();
char letter[] = "a";
char letter1[] = "b";
char letter2[] = "c";
char letter3[] = "d";
add_to_list(&list,letter);
add_to_list(&list,letter1);
add_to_list(&list,letter2);
add_to_list(&list,letter3);
assert(strcmp((char *)getElementAt(list,1),letter1)==0);
assert(strcmp((char *)getElementAt(list,0),letter)==0);
assert(strcmp((char *)getElementAt(list,2),letter2)==0);
assert(strcmp((char *)getElementAt(list,3),letter3)==0);
}
void test_filter_is_divisible() {
int hint = 3;
LinkedList list = createList();
int arr[7] = {2, 3, 4, 6, 1, 12, 45};
for (size_t i = 0; i < 7; i++) {
add_to_list(&list, &arr[i]);
}
LinkedList output = filter(list, &isDivisible, &hint);
int *index1 = getElementAt(output, 1);
int *index2 = getElementAt(output, 2);
assert(*(int *)output.head->value == 3);
assert(*index1 == 6);
assert(*index2 == 12);
assert(*(int *)output.tail->value == 45);
};
void test_reverse() {
LinkedList list = createList();
int arr[7] = {2, 3, 4, 6, 1, 12, 45};
for (size_t i = 0; i < 7; i++) {
add_to_list(&list, &arr[i]);
}
LinkedList res = reverse(list);
int *index1 = getElementAt(res, 1);
int *index2 = getElementAt(res, 2);
int *index5 = getElementAt(res, 5);
assert(*(int *)res.head->value == 45);
assert(*index1 == 12);
assert(*index2 == 1);
assert(*index5 == 3);
assert(*(int *)res.tail->value == 2);
};
/* ea is an array of nodes now */
ProxySymbol *isValidPreDefFuncInvocation(Symbol *s, struct ElementArray *ea)
{
Symbol *param = NULL;
Symbol * type;
int i = 0;
int nArgs = 0;
nArgs = ea->nElements;
// check argument count
if (nArgs != 1) {
errMsg = customErrorString("Function %s expected "
"1 argument but %d given.", s->name, nArgs);
recordError(errMsg, yylineno, colno, SEMANTIC);
return 0;
}
param = ((struct treeNode *)getElementAt(ea, i))->symbol;
type = getTypeSym(param);
if (isArgTypeValidInPreDefFunc(s, param)) {
return getPreDefFuncReturnType(s, type);
} else {
errMsg = customErrorString("Function %s cannot be "
"called with argument of type %s.", s->name,
typeToString(getType(type)));
recordError(errMsg, yylineno, colno, SEMANTIC);
return 0;
}
}
int
isValidIOProcInvocation(Symbol *s, struct ElementArray *ea)
{
Symbol *param = NULL;
type_t type;
int i, nArgs, valid = 1;
nArgs = ea->nElements;
// TODO use is isElementArraySimple() to do type checking?
for (i = 0; i < nArgs; i++) {
param = ((struct treeNode *)getElementAt(ea, i))->symbol;
type = getType(param);
if (!isArgTypeValidInIOFunc(s, param)) {
errMsg = customErrorString("Invalid argument "
"of type %s passed to procedure %s.",
typeToString(type), s->name);
recordError(errMsg, yylineno, colno, SEMANTIC);
valid = 0;
}
}
if (!valid) return 0;
return 1;
}
bool GuiFilesystemList::mouseMove(int mx, int my)
{
GuiElement *element = getElementAt((int)(mx-x), (int)(my-y));
if (element != NULL && element != background) {
// Call mouseExit, if we're leaving
if (element != highlightedElement && highlightedElement != NULL) {
highlightedElement->mouseIn = false;
if (highlightedElement->onMouseExit != NULL) {
highlightedElement->onMouseExit();
}
}
// We're now in a new element
highlightedElement = element;
// Call mouseEnter, if we haven't yet.
if (!element->mouseIn) {
element->mouseIn = true;
if (element->onMouseEnter != NULL) {
element->onMouseEnter();
}
}
}
return true;
}
void test_getElementAt(){
LinkedList list = createList();
int number = 44, number2 = 33, number3 = 23;
add_to_list(&list, &number);
add_to_list(&list, &number2);
add_to_list(&list, &number3);
void *ele = getElementAt(list, 2);
assert(_TYPEINT_(ele) == 23);
void *ele2 = getElementAt(list,1);
assert(_TYPEINT_(ele2) == 33);
void *ele3 = getElementAt(list,0);
assert(_TYPEINT_(ele3) == 44);
};
void
BoundrySegmentsVector::deleteAllConnections()
{
for(uint32 i = 0; i < getSize(); i++ ) {
static_cast<BoundrySegment*>(getElementAt(i))->deleteAllConnections();
}
}
void test_reverse_double() {
LinkedList list = createList();
double arr[7] = {2.21, 3.212, 4.87, 6.34, 1.435, 12.43, 45.22};
for (size_t i = 0; i < 7; i++) {
add_to_list(&list, &arr[i]);
}
LinkedList res = reverse(list);
double *index1 = getElementAt(res, 1);
double *index2 = getElementAt(res, 2);
double *index5 = getElementAt(res, 5);
assert(*(double *)res.head->value == 45.22);
assert(*index1 == 12.43);
assert(*index2 == 1.435);
assert(*index5 == 3.212);
assert(*(double *)res.tail->value == 2.21);
};
void test_deleteElementAt(){
LinkedList list = createList();
int num = 10,num1 = 9,num2 = 8,num3 = 7;
add_to_list(&list,&num);
add_to_list(&list,&num1);
add_to_list(&list,&num2);
add_to_list(&list,&num3);
int * result1 = getElementAt(list,1);
assert(9==*result1);
int result = *(int *)deleteElementAt(&list,1);
assert(9==result);
int * result2 = getElementAt(list,1);
assert(8==*result2);
int * result6 = getElementAt(list,1);
assert(8==*result6);
}
void test_getElementAt_for_float(){
LinkedList list = createList();
float a = 15.7,b=20.0;
add_to_list(&list,&a);
add_to_list(&list,&b);
assert(*(float *)getElementAt(list,1)==b);
}
void test_for_filter_in_linked_list(){
LinkedList list = create();
int x = 1;
int y = 2;
int z = 3;
add(&list, &x);
add(&list, &y);
add(&list, &z);
int hint = 2;
LinkedList newlist = filter(list, &isEven ,&hint);
assert(getElementAt(newlist, 0) == &y);
assert(getElementAt(newlist, 1) == NULL);
}
void CCenarioList::update()
{
for(int i = 0; i < size(); i=i+1)
{
getElementAt(i)->update();
}
}
virtual void updateModelInRow(int row)
{
gcn::DropDown *choicebox = static_cast<gcn::DropDown *>(
getElementAt(row, RELATION_CHOICE_COLUMN));
player_relations.setRelation(getPlayerAt(row),
static_cast<PlayerRelation::Relation>(
choicebox->getSelected()));
}
void test_getElementAt_for_empty_string(){
LinkedList list = createList();
char letter[] = "a";
char letter1[] = "";
add_to_list(&list,letter);
add_to_list(&list,letter1);
assert(strcmp((char *)getElementAt(list,1),letter1)==0);
}
