/* Adds an item to the inventory, if it finds an item with less than StackSize it adds the amount
* else it will create a new item with the remaining amount and set the one found to StackSize
*
* @return the input item with the amount set to the remainder if any, i.e. if it's not 0 then the inventory was full
*/
AItem* USlotContainer::AddItem(AItem* itemToAdd) {
if (HasSpace() && itemToAdd->GetAmount() <= itemToAdd->GetStackSize()) {
items.Add(itemToAdd);
AItem* tempItem = itemToAdd->Copy();
tempItem->SetAmount(0);
return tempItem;
}
else {
AItem* existingItem = GetExistingItemWithSpace(itemToAdd);
// Check all existing matching items to see if they have space
while (itemToAdd->GetAmount() > 0 && existingItem != nullptr) {
int amountToAdd = itemToAdd->GetAmount();
existingItem->TakeFrom(itemToAdd);
// Try to find another item to add to
existingItem = GetExistingItemWithSpace(itemToAdd);
}
// Keep adding new items until we're either full or added all items
while (itemToAdd->GetAmount() > 0 && HasSpace()) {
// Make a new item
AItem* newItem = itemToAdd->Copy();
newItem->SetAmount(0);
newItem->TakeFrom(itemToAdd);
// Add the new item
items.Add(newItem);
}
}
return itemToAdd;
}
/**
* Given the original argv stuff, the length of our target executable, and the
* filepath, build a suitable command line for CreateProcess.
*/
STATIC LPTSTR BuildCmdLine(int argc, TCHAR* argv[], SIZE_T szExecutable, LPTSTR lpExecutable)
{
int i = 1;
LPTSTR lpCmdLine = NULL;
SIZE_T szCmdLine = szExecutable;
TCHAR** lpNewArgs = (TCHAR**)calloc(argc, sizeof(TCHAR*));
assert(lpNewArgs != NULL);
// Quote the executable path if need be.
XINFO(_T("Building command line.."));
if(HasSpace(lpExecutable, szExecutable)) {
lpNewArgs[0] = Quote(lpExecutable, &szCmdLine, FALSE);
} else {
lpNewArgs[0] = DupArg(lpExecutable, &szCmdLine, FALSE);
}
// Iterate through all args, quoting as necessary.
for(; i < argc; i++) {
SIZE_T szArg = (SIZE_T)_tcslen((const TCHAR*)argv[i]);
if(HasSpace(argv[i], szArg)) {
lpNewArgs[i] = Quote(argv[i], &szArg, TRUE);
} else {
lpNewArgs[i] = DupArg(argv[i], &szArg, TRUE);
}
// +1 for space + len(arg)
szCmdLine += szArg;
}
// Allocate our cmdline buffer and begin adding the various parts.
lpCmdLine = (LPTSTR)calloc(szCmdLine + 1, sizeof(TCHAR));
assert(lpCmdLine != NULL);
_tcscpy(lpCmdLine, lpNewArgs[0]);
XINFO(_T(" [0] => \"%s\""), lpNewArgs[0]);
// Cleanup allocated arg.
xfree(lpNewArgs[0]);
lpNewArgs[0] = NULL;
for(i = 1; i < argc; i++) {
XINFO(_T(" [%d] => \"%s\""), i, argv[i]);
_tcscat(lpCmdLine, lpNewArgs[i]);
xfree(lpNewArgs[i]);
lpNewArgs[i] = NULL;
}
XINFO(_T("Finished building.."));
XINFO(_T("CmdLine: %s"), lpCmdLine);
xfree(lpNewArgs);
return lpCmdLine;
}
