void
GUIParameterTableWindow::closeBuilding(const Parameterised* p) {
// add generic paramters if available
if (p == 0) {
p = dynamic_cast<const Parameterised*>(myObject);
}
if (p != 0) {
const std::map<std::string, std::string>& map = p->getParametersMap();
for (std::map<std::string, std::string>::const_iterator it = map.begin(); it != map.end(); ++it) {
mkItem(("param:" + it->first).c_str(), false, it->second);
}
}
myApplication->addChild(this, true);
create();
show();
}
int main()
{
int i;
printf("Test: New list.\n");
list_t* list = listInit(freeItem);
listDebugShow(list,LIST_DEBUG_SHOW_BACKWARD|LIST_DEBUG_SHOW_FORWARD);
listItem* it;
printf("\nTest: Appending 4 items to list.\n");
listAppendData(list, mkItem(1, "Fisk") );
listAppendData(list, mkItem(2, "Hund") );
it=listAppendData(list, mkItem(3, "Hest") );
listAppendData(list, mkItem(4, "Rose") );
listDebugShow(list,LIST_DEBUG_SHOW_SHORT);
showItems(list);
printf("\nTest: Prepending 4 items.\n");
listPrependData(list, mkItem(5, "Laks") );
listPrependData(list, mkItem(6, "Ko") );
listPrependData(list, mkItem(7, "Tiger") );
listPrependData(list, mkItem(8, "Zebra") );
listDebugShow(list,LIST_DEBUG_SHOW_SHORT);
showItems(list);
printf("\nTest: Removing item (Hest) from list.\n");
listRemoveItem(list,it, LIST_PREV);
listDebugShow(list,LIST_DEBUG_SHOW_SHORT);
showItems(list);
printf("\nTest: Inserting 4 items\n");
listInsertAtIdx(list, mkItem(1, "New Pos 0"), 0 );
it=listInsertAtIdx(list, mkItem(1, "New Pos 2"), 2 );
listInsertAtIdx(list, mkItem(1, "New Pos 8"), 8 );
listInsertAtIdx(list, mkItem(list->count, "New Last Pos"), list->count );
listDebugShow(list,LIST_DEBUG_SHOW_SHORT);
showItems(list);
printf("\nTest: Insert after item %p (New Pos 2)\n");
listInsertAfterItem(list, it, mkItem(2, "New Pos 3") );
listDebugShow(list,LIST_DEBUG_SHOW_SHORT);
showItems(list);
printf("\nTest: Getting data.\n");
for(i=0; i < list->count; i++)
{
printf(" Idx %i Got data: %p\n", i, listGetItemAt(list, i )->data );
}
printf("\nTest: Filling list into array.\n");
item** arr = (item**)listAddToArray( malloc(sizeof(void*)*list->count), list );
int idx;
for(idx=0; idx < list->count; idx++)
{
printf(" Arr[%i] = %p\n",idx,arr[idx] );
showItem(arr[idx]);
}
printf("\nTest: Appending array to list2.\n");
list_t* list2 = listAddFromArray(listInit(NULL), (void*)arr, list->count);
listDebugShow(list2,LIST_DEBUG_SHOW_SHORT);
showItems(list2);
list_t* list3 = listAddFromArray(listInit(NULL), (void*)arr, list->count);
free(arr);
printf("\nRemoving all list2 elements individually in a forward loop.");
it=&list2->begin;
while( LISTFWD(list2,it) )
{
it=listRemoveItem(list2,it, LIST_PREV);
}
listDebugShow(list2, LIST_DEBUG_SHOW_BACKWARD|LIST_DEBUG_SHOW_FORWARD);
printf("\nRemoving all list3 elements individually in a reverse loop.");
it=&list3->end;
while( LISTBCK(list3, it) )
{
it=listRemoveItem(list3,it,LIST_NEXT);
}
listDebugShow(list3, LIST_DEBUG_SHOW_BACKWARD|LIST_DEBUG_SHOW_FORWARD);
printf("\nTest: Freeing lists.\n");
listFree(list);
listFree(list2);
printf("\nTests done, it's up to you to figure out if they passed, <nelson>hahaaa!</nelson>\n");
return(0);
}
